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Question 581Question →

Based on the family relationships described below, match each person in Column I with their correct relationship to Dipti in Column II:

• Anand is the father of Bina.
• Bina is the sister of Chetan.
• Dipti is the mother of Chetan.
• Esha is the daughter of Bina.

Click a left item, then click its matching right item

Items

Anand
Bina
Chetan
Esha

Matches

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Answer

Anand matches with Husband; Bina matches with Daughter; Chetan matches with Son; Esha matches with Granddaughter.
Constructing the family tree reveals that Anand and Dipti are husband and wife. Their children are Bina (daughter) and Chetan (son). Bina's daughter is Esha, making Esha the granddaughter of Dipti.

Step-by-Step Solution

1
Identify the parent-child relationships for Bina and Chetan
Anand is the father and Dipti is the mother of the sibling pair Bina and Chetan.
Since Bina and Chetan are siblings, they share the same parents.
2
Determine the relationship between Anand and Dipti
Anand is Dipti's husband.
Anand is the father and Dipti is the mother of Bina and Chetan.
3
Determine Bina and Chetan's relations to Dipti
Bina is the daughter and Chetan is the son of Dipti.
Bina is stated as a sister (female) and Chetan as a brother/sibling (male child of Dipti).
4
Determine Esha's relation to Dipti
Esha is Dipti's granddaughter.
Esha is the daughter of Bina, who is the daughter of Dipti.

Key Concept

Multi-generational Blood Relations Analysis
Question 582Question →

An autonomous security robot performs test runs along four distinct patrol routes starting from a central command post at coordinate (0,0)(0,0). Match each multi-step movement route described in List-I with its corresponding net displacement (shortest straight-line distance and direction relative to the command post) in List-II.

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Items

Route I: Moves 10 m10\text{ m} North, turns 90∘90^\circ right and moves 4 m4\text{ m}, then turns 135∘135^\circ right and moves 42 m4\sqrt{2}\text{ m}.
Route II: Moves 16 m16\text{ m} East, turns 90∘90^\circ left and moves 12 m12\text{ m}, then turns 90∘90^\circ left and moves 11 m11\text{ m}.
Route III: Moves 7 m7\text{ m} South, turns 90∘90^\circ right and moves 24 m24\text{ m}, then turns 90∘90^\circ right and moves 14 m14\text{ m}.
Route IV: Moves 12 m12\text{ m} West, turns 135∘135^\circ left and moves 82 m8\sqrt{2}\text{ m}, then turns 45∘45^\circ left and moves 4 m4\text{ m}.

Matches

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Answer

Route I matches 6 m6\text{ m}, due North; Route II matches 13 m13\text{ m}, North-East; Route III matches 25 m25\text{ m}, North-West; Route IV matches 8 m8\text{ m}, due South.
Each patrol route resolves to a distinct final coordinate when tracked on a Cartesian plane where East/North are positive and West/South are negative. Route I reaches (0,6)(0,6), which is 6 m6\text{ m} due North. Route II reaches (5,12)(5,12), giving a distance of 52+122=13 m\sqrt{5^2+12^2}=13\text{ m} North-East. Route III reaches (−24,7)(-24,7), giving a distance of (−24)2+72=25 m\sqrt{(-24)^2+7^2}=25\text{ m} North-West. Route IV reaches (0,−8)(0,-8), which is 8 m8\text{ m} due South.

Step-by-Step Solution

1
Calculate net coordinates for Route I
Path vector: North 10 m→(0,10)10\text{ m} \rightarrow (0,10). Right turn (90∘90^\circ East) 4 m→(4,10)4\text{ m} \rightarrow (4,10). Right turn (135∘135^\circ South-West) for 42 m→Δx=−42cos⁡45∘=−44\sqrt{2}\text{ m} \rightarrow \Delta x = -4\sqrt{2}\cos 45^\circ = -4, Δy=−42sin⁡45∘=−4\Delta y = -4\sqrt{2}\sin 45^\circ = -4. Final coordinate: (4−4,10−4)=(0,6)(4-4, 10-4) = (0,6). Displacement: 6 m6\text{ m} North.
Decompose angular motion into horizontal and vertical components.
2
Calculate net coordinates for Route II
Path vector: East 16 m→(16,0)16\text{ m} \rightarrow (16,0). Left turn (90∘90^\circ North) 12 m→(16,12)12\text{ m} \rightarrow (16,12). Left turn (90∘90^\circ West) 11 m→(5,12)11\text{ m} \rightarrow (5,12). Distance =52+122=13 m= \sqrt{5^2 + 12^2} = 13\text{ m}. Direction: positive x and positive y indicate North-East.
Apply the Pythagorean theorem x2+y2\sqrt{x^2 + y^2} to find straight-line distance.
3
Calculate net coordinates for Route III
Path vector: South 7 m→(0,−7)7\text{ m} \rightarrow (0,-7). Right turn (90∘90^\circ West) 24 m→(−24,−7)24\text{ m} \rightarrow (-24,-7). Right turn (90∘90^\circ North) 14 m→(−24,7)14\text{ m} \rightarrow (-24, 7). Distance =(−24)2+72=576+49=25 m= \sqrt{(-24)^2 + 7^2} = \sqrt{576 + 49} = 25\text{ m}. Direction: negative x and positive y indicate North-West.
Sum vertical displacements (−7+14=+7)(-7 + 14 = +7) and horizontal displacement (−24)(-24) to resolve net position.
4
Calculate net coordinates for Route IV
Path vector: West 12 m→(−12,0)12\text{ m} \rightarrow (-12,0). Left turn (135∘135^\circ South-East) for 82 m→Δx=+82cos⁡45∘=+88\sqrt{2}\text{ m} \rightarrow \Delta x = +8\sqrt{2}\cos 45^\circ = +8, Δy=−82sin⁡45∘=−8→(−4,−8)\Delta y = -8\sqrt{2}\sin 45^\circ = -8 \rightarrow (-4,-8). Left turn (45∘45^\circ East) 4 m→(−4+4,−8)=(0,−8)4\text{ m} \rightarrow (-4+4, -8) = (0,-8). Displacement: 8 m8\text{ m} South.
Calculate exact component breakdown for sub-cardinal movement vector.

Key Concept

Direction and Distance Test - Coordinate Vector Resolution
Question 583Question →

Match each original word in List-I with its correctly coded representation in List-II based on the logical transformation rules applied.

Click a left item, then click its matching right item

Items

PATIENT
HARVEST
DOMAINS
CLIMAX

Matches

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Answer

PATIENT matches SZWRQVW; HARVEST matches JZTEGHV; DOMAINS matches NPE1TOJ; CLIMAX matches HNEZZO.
Each word follows a specific multi-step transformation rule: PATIENT applies vowel replacement by reverse alphabet and +3+3 shift to consonants; HARVEST applies +2+2 shift to odd-positioned letters and reverse alphabet to even-positioned letters; DOMAINS reverses outer 3-letter blocks with a +1+1 shift while converting the central letter to its numeric position; CLIMAX applies consonant +2+2 and vowel −1-1 shifts within 3-letter halves before reversing each half.

Step-by-Step Solution

1
Analyze PATIENT transformation rule
Vowels (A,I,EA, I, E) use reverse positional mapping (27−position27 - \text{position}), yielding Z,R,VZ, R, V. Consonants (P,T,N,TP, T, N, T) shift +3+3, yielding S,W,Q,WS, W, Q, W. Combined: SZWRQVW.
Identify rule based on vowel vs. consonant classification.
2
Analyze HARVEST transformation rule
Odd indices (1,3,5,7→H,R,E,T1, 3, 5, 7 \rightarrow H, R, E, T) shift +2→J,T,G,V+2 \rightarrow J, T, G, V. Even indices (2,4,6→A,V,S2, 4, 6 \rightarrow A, V, S) take reverse alphabet values →Z,E,H\rightarrow Z, E, H. Combined: JZTEGHV.
Identify rule based on odd/even character indexing.
3
Analyze DOMAINS transformation rule
First half 'DOM' →\rightarrow reversed 'MOD' →+1\rightarrow +1 shift 'NPE'. Central letter 'A' →\rightarrow numerical rank 11. Second half 'INS' →\rightarrow reversed 'SNI' →+1\rightarrow +1 shift 'TOJ'. Combined: NPE1TOJ.
Identify structural split, segment reversal, positional shift, and numerical conversion.
4
Analyze CLIMAX transformation rule
First half 'CLI': consonants +2+2, vowel −1→-1 \rightarrow 'ENH', reversed →\rightarrow 'HNE'. Second half 'MAX': consonants +2+2, vowel −1→-1 \rightarrow 'OZZ', reversed →\rightarrow 'ZZO'. Combined: HNEZZO.
Identify sub-string segmentation, character-type conditional shifts, and section inversion.

Key Concept

Multi-rule complex coding-decoding involving conditional letter shifts, positional indices, reverse alphabetical mapping, and string segmentation.
Question 584Question →

Based on the family relations described below, match each person listed in List I with their correct relationship to P listed in List II:

Narrative:
- J is the paternal grandfather of P.
- L is the brother-in-law of M (where L is the son of J), and M is the mother of P.
- K is the wife of J.
- N is the daughter of M.

Click a left item, then click its matching right item

Items

J
K
L
N

Matches

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Answer

J matches with Paternal Grandfather; K matches with Paternal Grandmother; L matches with Paternal Uncle; and N matches with Sister.
Analyzing the multi-generational family tree reveals that J is P's paternal grandfather. K, being J's wife, is P's paternal grandmother. L, as the son of J and brother-in-law to P's mother M, is P's paternal uncle. N, as the daughter of M, is P's sister.

Step-by-Step Solution

1
Identify the direct relationship for J
J is given directly as the paternal grandfather of P.
The narrative explicitly specifies J's relationship to P.
2
Deduce the relationship for K
K is the paternal grandmother of P.
Since K is the wife of J (P's paternal grandfather), K is P's paternal grandmother.
3
Determine the lineage and relationship for L
L is the paternal uncle of P.
L is the son of J (P's paternal grandfather) and brother-in-law to M (P's mother), proving L is the brother of P's father.
4
Determine the relationship for N
N is the sister of P.
N is the daughter of M, who is the mother of P.

Key Concept

Multi-Generational Blood Relations and Lineage Deductions
Question 585Question →

As a administrative officer managing workplace grievances and team dynamics, match each subordinate workplace scenario on the left with its most appropriate administrative intervention on the right.

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Items

A junior employee experiences a sudden drop in work output accompanied by personal distress.
A subordinate submits a formal written grievance alleging unfair duty allocation by a supervisor.
A team member persistently disregards official directives and demonstrates open insubordination.
Two staff members of equal rank engage in interpersonal friction over shared office resources.

Matches

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Answer

Each scenario matches with its proportional managerial response: sudden performance drops due to distress match with empathetic private discussion; formal bias grievances match with impartial administrative review of duty records; open insubordination matches with formal written memoranda and disciplinary process; and peer resource disputes match with structured mediation.
The matching correctly pairs each subordinate issue with its appropriate managerial solution based on administrative principles: personal distress is met with supportive dialogue, formal grievances are met with impartial record audits, insubordination receives formal disciplinary action, and peer disputes are handled via structured mediation.

Step-by-Step Solution

1
Analyze the nature of each workplace situation, distinguishing between personal hardship, procedural grievances, disciplinary infractions, and interpersonal conflict.
Identified four distinct administrative challenges requiring tailored interventions.
Effective subordinate management requires matching the severity and nature of an issue with a proportional administrative response.
2
Align each scenario with the corresponding standard administrative procedure.
Matched individual distress with supportive dialogue, bias claims with objective record reviews, insubordination with formal discipline, and peer friction with mediation.
Adhering to due process ensures workplace harmony while upholding administrative integrity.

Key Concept

Proportional Managerial Interventions in Workplace Grievance and Subordinate Management
Question 586Question →

Read the multi-generational family relationship details provided below and match each individual in Column I with their precise relation to UU in Column II:

1. PP is the husband of QQ, and they have only one child, TT, who is a male.
2. QQ is the mother-in-law of SS.
3. RR is the brother of SS.
4. UU is the daughter of TT.

Click a left item, then click its matching right item

Items

PP
QQ
RR
SS

Matches

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Answer

The correct pairings are: PP matches with Paternal Grandfather, QQ matches with Paternal Grandmother, RR matches with Maternal Uncle, and SS matches with Mother.
Tracing the three generations reveals that PP and QQ are the paternal grandfather and grandmother of UU respectively because they are the parents of UU's father TT. SS is married to TT, making her UU's mother, and her brother RR is UU's maternal uncle.

Step-by-Step Solution

1
Determine the parental lineage of UU
TT is the father of UU. PP (male) and QQ (female) are married and have TT as their only child. Therefore, PP is the father of TT and QQ is the mother of TT.
Establishing TT's parents determines the paternal grandparents of UU.
2
Identify SS's relationship to UU
QQ is the mother-in-law of SS, and TT is QQ's only child. Thus, SS must be married to TT. Since TT is male (father of UU), SS is female and is the mother of UU.
Connecting SS to TT establishes the maternal line for UU.
3
Determine the relationship of RR to UU
RR is given as the brother of SS. Since SS is the mother of UU, RR is the mother's brother.
A mother's brother is defined as a maternal uncle.
4
Synthesize and match each individual to their relation to UU
PP = Paternal Grandfather, QQ = Paternal Grandmother, RR = Maternal Uncle, SS = Mother.
Complete resolution of all generation gaps and gender specifications.

Key Concept

Multi-Generational Blood Relations and Gender Deduction
Question 587Question →

Match each word transformation in List-I with its correct letter-shifting rule in List-II.

Click a left item, then click its matching right item

Items

PEN → QFO
PEN → RGP
PEN → SHQ
PEN → TIR

Matches

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Answer

PEN → QFO matches +1 shift; PEN → RGP matches +2 shift; PEN → SHQ matches +3 shift; PEN → TIR matches +4 shift.
Each transformation applies a uniform forward alphabetical shift across all letters: +1 for QFO, +2 for RGP, +3 for SHQ, and +4 for TIR.

Step-by-Step Solution

1
Analyze PEN → QFO
P to Q (+1), E to F (+1), N to O (+1). Rule is +1 shift.
Identify the positional distance between corresponding alphabetical letters.
2
Analyze PEN → RGP
P to R (+2), E to G (+2), N to P (+2). Rule is +2 shift.
Identify the positional distance between corresponding alphabetical letters.
3
Analyze PEN → SHQ
P to S (+3), E to H (+3), N to Q (+3). Rule is +3 shift.
Identify the positional distance between corresponding alphabetical letters.
4
Analyze PEN → TIR
P to T (+4), E to I (+4), N to R (+4). Rule is +4 shift.
Identify the positional distance between corresponding alphabetical letters.

Key Concept

Constant Forward Letter Shifting
Question 588Question →

As the Joint Director of the State Disaster Management Authority, you oversee administrative discipline, operational efficiency, and subordinate grievances across functional divisions. Match each subordinate management scenario in List-I with its procedurally sound administrative intervention in List-II.

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Items

A junior clerk submits a written grievance alleging biased workload allocation and professional isolation by a sectional supervisor following a administrative inquiry.
A field inspector persistently refuses to adopt a newly mandated digital reporting portal, causing critical delays in emergency relief data compilation.
An assistant accountant submits a confidential complaint detailing procedural irregularities and financial impropriety in procurement by their immediate superior.
Two senior dealing assistants engage in repeated public altercations over file jurisdiction, severely stalling file movement in the central dispatch section.

Matches

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Answer

The correct pairings align each subordinate management challenge with its procedurally sound administrative action: (1) Grievances of supervisory bias require neutral workload audits and non-retaliation directives; (2) Operational insubordination requires progressive discipline paired with technical retraining; (3) Whistleblower financial corruption complaints require immediate referral to statutory vigilance bodies; and (4) Interpersonal altercations disrupting office output require administrative conciliation and formal conduct warnings.
The correct alignment pairs each administrative dilemma with its legally and ethically sound resolution under public administration norms: workload bias demands an independent audit with anti-retaliation measures; technology adoption resistance requires progressive discipline with support; whistleblower financial corruption requires statutory vigilance referral; and internal jurisdictional disputes require formal conciliation and recorded warnings.

Step-by-Step Solution

1
Analyze the grievance alleging biased workload allocation and isolation by a supervisor.
Identified potential supervisory victimisation requiring objective evidence gathering.
An independent audit verifies factual workload distribution while a non-retaliation directive protects the complainant during investigation.
2
Evaluate the field inspector's refusal to use mandated digital portals.
Identified operational insubordination causing public delivery delays.
Administrative due process demands progressive discipline—combining clear written directives and technical training prior to formal punitive measures.
3
Assess the whistleblower complaint alleging financial impropriety against a superior.
Recognized a serious institutional integrity violation.
Financial corruption allegations against immediate superiors bypass internal departmental resolution and must be transferred to independent statutory vigilance bodies.
4
Examine the public altercations causing administrative bottleneck between dealing assistants.
Identified severe workplace disruption stemming from interpersonal jurisdictional conflict.
Maintaining administrative decorum requires structured conciliation coupled with documented conduct warnings on service files.

Key Concept

Proportional Administrative Grievance Redressal and Subordinate Management
Question 589Question →

Based on the family relationships described below, match each person listed in Column I with their correct relation to Rohan in Column II:

• Priya is the mother of Rohan.
• Vikram is the brother of Priya.
• Ananya is the daughter of Vikram.
• Rajesh is the father of Priya.

Click a left item, then click its matching right item

Items

Vikram
Ananya
Rajesh

Matches

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Answer

Vikram matches with Maternal Uncle; Ananya matches with Maternal Cousin; Rajesh matches with Maternal Grandfather.
Vikram is Rohan's mother's brother (Maternal Uncle), Ananya is the daughter of Rohan's mother's brother (Maternal Cousin), and Rajesh is Rohan's mother's father (Maternal Grandfather).

Step-by-Step Solution

1
Determine Vikram's relation to Rohan
Priya is Rohan's mother, and Vikram is Priya's brother. The brother of one's mother is a maternal uncle.
Identify direct sibling relationship to the mother.
2
Determine Ananya's relation to Rohan
Ananya is the daughter of Vikram, who is Rohan's maternal uncle. The child of one's maternal uncle is a maternal cousin.
Identify child of maternal uncle.
3
Determine Rajesh's relation to Rohan
Rajesh is the father of Priya, who is Rohan's mother. The father of one's mother is a maternal grandfather.
Identify parent of mother.

Key Concept

Identifying direct multi-generational maternal family relationships.
Question 590Question →

Based on the family relationships described below, match each person listed in List I with their correct relationship to Vikram listed in List II.

Narrative:
Vikram is the son of Rajesh. Sunita is Rajesh's mother. Ananya is Vikram's sister. Meera is married to Rajesh.

Click a left item, then click its matching right item

Items

Sunita
Ananya
Meera

Matches

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Answer

Sunita matches with Paternal Grandmother, Ananya matches with Sister, and Meera matches with Mother.
Sunita is the mother of Vikram's father (Paternal Grandmother), Ananya is Vikram's sister (Sister), and Meera is the wife of Vikram's father (Mother).

Step-by-Step Solution

1
Identify Vikram's relationship to Rajesh
Rajesh is Vikram's father.
Vikram is the son of Rajesh.
2
Determine Sunita's relation to Vikram
Sunita is Vikram's Paternal Grandmother.
Sunita is the mother of Vikram's father, Rajesh.
3
Determine Ananya's relation to Vikram
Ananya is Vikram's Sister.
The narrative directly establishes Ananya as Vikram's sister.
4
Determine Meera's relation to Vikram
Meera is Vikram's Mother.
Meera is married to Vikram's father, Rajesh.

Key Concept

Direct Kinship Relations in a Two-Generation Family Structure
Question 591Question →

Consider the following eligibility criteria for selecting a Municipal Project Officer in a State Urban Development Authority as of January 1, 2026:

1. The candidate must be between 21 and 30 years of age.
2. The candidate must hold a Bachelor's Degree in Civil Engineering.
3. The candidate must have at least 2 years of relevant work experience.

Exception Clause:
- If a candidate satisfies all other conditions but is over 30 years of age, the upper age limit is relaxed up to 35 years if the candidate holds a Master's Degree in Civil Engineering.

Match each applicant listed on the left with their correct administrative decision outcome on the right.

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Items

Applicant 1: Age 28, holds a Bachelor's Degree in Civil Engineering, has 3 years of experience.
Applicant 2: Age 32, holds a Master's Degree in Civil Engineering, has 3 years of experience.
Applicant 3: Age 26, holds a Bachelor's Degree in Civil Engineering, has 1 year of experience.

Matches

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Answer

Applicant 1 matches with 'Selected directly under standard eligibility criteria', Applicant 2 matches with 'Selected under the Master's degree age relaxation clause', and Applicant 3 matches with 'Rejected due to insufficient work experience'.
Each candidate's profile is systematically evaluated against the primary criteria and explicit exception clauses: Applicant 1 meets all base rules; Applicant 2 benefits from the Master's degree age relaxation clause; Applicant 3 lacks the mandatory 2 years of work experience.

Step-by-Step Solution

1
Evaluate Applicant 1 against standard criteria.
Age 28 is within 21–30 years, holds required Bachelor's degree, and 3 years experience meets the 2-year minimum.
All standard criteria are satisfied.
2
Evaluate Applicant 2 against standard criteria and exception clauses.
Age 32 exceeds standard limit of 30, but holding a Master's degree relaxes the age limit up to 35 years. Experience (3 years) is sufficient.
Exception clause for age relaxation applies.
3
Evaluate Applicant 3 against criteria.
Age (26) and degree are valid, but experience (1 year) is less than the required 2 years.
Fails primary experience criterion without any overriding clause.

Key Concept

Analytical Decision Making and Criteria Selection
Question 592Question →

Four automated field inspection drones execute specific multi-leg navigation routes starting from a central dock at coordinate (0,0)(0,0). Match each drone route on the left with its correct final displacement from the starting point on the right.

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Items

Route 1: Flies 8 m8\text{ m} East, turns 90∘90^\circ left to fly 6 m6\text{ m}, then turns 135∘135^\circ left to fly 62 m6\sqrt{2}\text{ m}.
Route 2: Flies 5 m5\text{ m} West, turns 90∘90^\circ right to fly 12 m12\text{ m}, then turns 135∘135^\circ right to fly 122 m12\sqrt{2}\text{ m}.
Route 3: Flies 4 m4\text{ m} South, turns 90∘90^\circ right to fly 7 m7\text{ m}, then turns 135∘135^\circ right to fly 42 m4\sqrt{2}\text{ m}.
Route 4: Flies 10 m10\text{ m} North, turns 90∘90^\circ left to fly 4 m4\text{ m}, then turns 135∘135^\circ left to fly 102 m10\sqrt{2}\text{ m}.

Matches

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Answer

Route 1 matches with 2 m East; Route 2 matches with 7 m East; Route 3 matches with 3 m West; Route 4 matches with 6 m East.
Each route is correctly evaluated by converting consecutive linear displacements and angular turns into 2D Cartesian vectors (x,y)(x, y). Resolving the diagonal legs (sub-cardinal movements of distance d2d\sqrt{2}) yields horizontal and vertical components of dd, matching each route to its exact final position relative to the origin.

Step-by-Step Solution

1
Analyze Route 1 using Cartesian coordinates
Leg 1: (0,0)→(8,0)(0,0) \rightarrow (8,0). Leg 2: 90∘90^\circ left turn faces North →(8,6)\rightarrow (8,6). Leg 3: 135∘135^\circ left turn from North faces South-West. Displacement vector: (−6,−6)(-6, -6). Final point: (8−6,6−6)=(2,0)(8-6, 6-6) = (2,0), which is 2 m2\text{ m} East.
Decompose angular movement into horizontal and vertical vector components.
2
Analyze Route 2 using Cartesian coordinates
Leg 1: (0,0)→(−5,0)(0,0) \rightarrow (-5,0). Leg 2: 90∘90^\circ right turn faces North →(−5,12)\rightarrow (-5,12). Leg 3: 135∘135^\circ right turn from North faces South-East. Displacement vector: (+12,−12)(+12, -12). Final point: (−5+12,12−12)=(7,0)(-5+12, 12-12) = (7,0), which is 7 m7\text{ m} East.
Calculate position vector after three displacement legs.
3
Analyze Route 3 using Cartesian coordinates
Leg 1: (0,0)→(0,−4)(0,0) \rightarrow (0,-4). Leg 2: 90∘90^\circ right turn faces West →(−7,−4)\rightarrow (-7,-4). Leg 3: 135∘135^\circ right turn from West faces North-East. Displacement vector: (+4,+4)(+4, +4). Final point: (−7+4,−4+4)=(−3,0)(-7+4, -4+4) = (-3,0), which is 3 m3\text{ m} West.
Calculate net displacement along x-axis from origin.
4
Analyze Route 4 using Cartesian coordinates
Leg 1: (0,0)→(0,10)(0,0) \rightarrow (0,10). Leg 2: 90∘90^\circ left turn faces West →(−4,10)\rightarrow (-4,10). Leg 3: 135∘135^\circ left turn from West faces South-East. Displacement vector: (+10,−10)(+10, -10). Final point: (−4+10,10−10)=(6,0)(-4+10, 10-10) = (6,0), which is 6 m6\text{ m} East.
Determine final coordinate offset relative to starting dock.

Key Concept

Vector addition and angular turn resolution in Direction and Distance problems.
Question 593Question →

Based on the family relationships described below, match each person in List I with their correct relationship to QQ in List II.

Family Narrative:
In a family of six members—M,N,O,P,Q,M, N, O, P, Q, and RR:
- MM is the father of NN.
- OO is the mother-in-law of PP.
- PP is the wife of NN.
- QQ is the daughter of PP.
- RR is the brother of MM.

Click a left item, then click its matching right item

Items

MM
OO
PP
RR

Matches

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Answer

MM matches with Paternal Grandfather, OO matches with Paternal Grandmother, PP matches with Mother, and RR matches with Grand-uncle (Brother of Paternal Grandfather).
Each member's relationship to QQ is systematically established by building the family tree from QQ's parents (NN and PP) upwards to the paternal grandparents (MM and OO) and collaterals (RR).

Step-by-Step Solution

1
Determine the direct parentage of QQ
PP is the mother of QQ, and NN (the husband of PP) is the father of QQ.
Since QQ is the daughter of PP, PP is her mother. PP is married to NN, making NN the father.
2
Trace the paternal grandparent lineage
MM is the paternal grandfather, and OO is the paternal grandmother of QQ.
MM is the father of NN (father's father = paternal grandfather). OO is the mother-in-law of PP, meaning OO is the mother of NN (father's mother = paternal grandmother).
3
Determine the relation of RR
RR is the grand-uncle (brother of paternal grandfather) of QQ.
RR is the brother of MM. Because MM is the paternal grandfather of QQ, RR is the paternal grandfather's brother.

Key Concept

Multi-generational Blood Relations and Family Tree Analysis
Question 594Question →

Match each administrative dilemma faced by a civil servant in Column I with the primary governing administrative ethical principle or statutory duty that should dictate its resolution in Column II. Which of the following alignments represents the correct set of pairs?

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Items

Overriding automated systemic verification protocols to manually expedite welfare benefit disbursement during an administrative backlog
Accepting the technically lowest bid from a medical equipment supplier despite unverified subcontracting safety compliance to avoid project cost overruns
De-notifying an ecologically sensitive riverbed buffer zone under local commercial pressure to facilitate high-yield economic development
Publishing un-redacted internal audit findings highlighting systemic municipal revenue leakages during an ongoing regional election cycle

Matches

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Answer

The correct alignment pairs: (1) Overriding automated welfare verification with Procedural Integrity and Rule-Based Governance; (2) Accepting unverified low bids with Precautionary Principle and Public Safety Due Diligence; (3) De-notifying ecological buffer zones with Sustainable Development and Public Trust Doctrine; and (4) Publishing audit leakages during elections with Institutional Transparency and Politically Neutral Accountability.
Each administrative dilemma directly corresponds to its foundational ethical and statutory principle: welfare verification safeguards rule-based governance; procurement due diligence prioritizes public safety; environmental protection reflects the public trust doctrine; and timely audit reporting enforces non-partisan institutional transparency.

Step-by-Step Solution

1
Analyze Dilemma 1 (Expediting Welfare vs. Bypassing Verification Systems)
Identified conflict between short-term service delivery speed and statutory process compliance.
Civil servants must maintain procedural integrity; bypassing systemic controls introduces security risks and compromises rule-based governance.
2
Analyze Dilemma 2 (Procurement Savings vs. Unverified Equipment Safety)
Identified tension between fiscal economy and public safety risks.
Under public procurement ethics, cost minimization is secondary to due diligence and the precautionary principle regarding public life and health.
3
Analyze Dilemma 3 (Commercial Development vs. Ecological Buffer Preservation)
Identified conflict between immediate economic expansion and long-term environmental protection.
State resources and ecologically sensitive areas are held under the public trust doctrine, requiring adherence to sustainable development over commercial convenience.
4
Analyze Dilemma 4 (Disclosing Audit Discrepancies vs. Political Electoral Timing)
Identified tension between institutional openness and political sensitivity.
Administrative ethics mandate strict political neutrality and commitment to public transparency, ensuring audit disclosures are conducted strictly according to statutory duty.

Key Concept

Frameworks of Administrative Ethics, Statutory Duties, and Public Interest Balancing
Estimated Time:2m 30s
Question 595Question →

Based on the following coded family relationship definitions:
- P+QP + Q means 'PP is the father of QQ'
- P×QP \times Q means 'PP is the mother of QQ'
- P−QP - Q means 'PP is the sister of QQ'
- P÷QP \div Q means 'PP is the brother of QQ'

Consider the expression: D+A−E×F÷C−BD + A - E \times F \div C - B, where BB is a male.

Match each individual on the left with their precise relationship to BB on the right.

Click a left item, then click its matching right item

Items

DD
EE
AA
FF

Matches

Show answer & explanation

Answer

The correct pairings are: D is the Maternal Grandfather of B, E is the Mother of B, A is the Maternal Aunt of B, and F is the Brother of B.
By systematically breaking down the expression D+A−E×F÷C−BD + A - E \times F \div C - B: EE is the mother of BB, FF is BB's brother, AA is EE's sister (maternal aunt to BB), and DD is the father of EE (maternal grandfather to BB).

Step-by-Step Solution

1
Decode the core sibling chain involving B
E×F÷C−BE \times F \div C - B expands to: EE is mother of FF; FF is brother of CC; CC is sister of BB. This establishes that EE is the mother of all three siblings (F,C,BF, C, B), making EE the Mother of BB and FF the Brother of BB.
Establishing the direct parentage and sibling generation is essential before determining extended relationships.
2
Analyze the maternal line extended to A
A−EA - E indicates AA is the sister of EE. Since EE is the mother of BB, AA is the sister of BB's mother, making AA the Maternal Aunt of BB.
A mother's sister is by definition a maternal aunt.
3
Determine the relation of D to B
D+AD + A means DD is the father of AA. Because AA and EE are sisters, DD is also the father of EE. Since EE is BB's mother, DD is the father of BB's mother, making DD the Maternal Grandfather of BB.
A mother's father is specifically the maternal grandfather.

Key Concept

Coded blood relation decoding and multi-generational tree tracking
Question 596Question →

An irrigation canal system supplying critical agricultural blocks faces severe operational degradation due to silt accumulation, rampant aquatic weed growth, and unregulated fertilizer runoff. Match each Administrative Policy Intervention in List-I with its primary qualitative Cause-and-Effect Operational Outcome in List-II.

Click a left item, then click its matching right item

Items

Deployment of floating weed harvesters and targeted desiltation teams at identified canal choke points
Implementation of upstream vegetative bio-strips and regulated agricultural runoff guidelines
Installation of automated hydro-metric sluice gates with real-time flow discharge monitoring
Establishment of participatory canal user committees for routine upkeep and dumping vigilance

Matches

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Answer

The correct pairings link each administrative intervention directly to its functional outcome: clearing physical blockages provides immediate hydraulic relief; regulating upstream runoff addresses the root nutrient cause of weed growth; automated gates manage real-time flow surges; and community committees ensure long-term civic maintenance.
Each administrative action is matched to its direct operational outcome based on whether it provides immediate symptom relief, addresses underlying ecological causes, enables real-time hydraulic control, or establishes sustained civic oversight.

Step-by-Step Solution

1
Analyze immediate symptom-mitigation interventions.
Deployment of weed harvesters and desiltation teams at choke points physically removes obstructions, providing immediate restoration of water flow capacity.
Clearing existing physical blockages provides quick relief without altering upstream inputs.
2
Identify root-cause preventive measures.
Upstream vegetative bio-strips reduce nutrient runoff, directly mitigating the hyper-eutrophication that fuels invasive weed proliferation.
Targeting ecological nutrient inputs removes the underlying driver of recurrent weed blooms.
3
Evaluate adaptive flow-control mechanisms.
Automated sluice gates with hydro-metric sensors adjust water release dynamically, buffering against extreme rainfall and surge flooding.
Real-time automated control allows proactive management of water volume fluctuations.
4
Assess institutional and civic governance measures.
Participatory canal user committees engage local farmers in routine monitoring, deterring illegal dumping and maintaining structural upkeep.
Community ownership provides sustained decentralized oversight and prevents behavioral degradation.

Key Concept

Qualitative Cause-and-Effect Analysis in Public Administration
Question 597Question →

Based on the family relationships described below, match each person in Column I with their exact relationship to SS in Column II.

Family Narrative:
In a family of seven members—P,Q,R,S,T,U,P, Q, R, S, T, U, and VV—spanning three generations, there are two married couples.
- PP is married to TT, and PP is the father-in-law of UU.
- UU is a male member married to QQ.
- RR is the brother of QQ.
- SS is the daughter of QQ.
- VV is the sibling of SS, but no direct statement defines the gender of VV.

Click a left item, then click its matching right item

Items

PP
RR
TT
VV

Matches

Show answer & explanation

Answer

The correct pairings are: PP matches with Maternal Grandfather; RR matches with Maternal Uncle; TT matches with Maternal Grandmother; VV matches with Brother or Sister (Gender undetermined).
Each member is accurately mapped by tracing lineage through SS's mother QQ: PP is the father of QQ (Maternal Grandfather), TT is the mother of QQ (Maternal Grandmother), RR is the brother of QQ (Maternal Uncle), and VV is a sibling of SS whose gender is not explicitly stated.

Step-by-Step Solution

1
Determine the parental generation and married couples
Since UU is a male married to QQ, and PP (father-in-law of UU) is married to TT, PP (male) and TT (female) are the parents of QQ (female).
UU is male, so QQ must be female. PP is UU's father-in-law, making PP the father of QQ and TT the mother of QQ.
2
Analyze the relationship of PP, TT, and RR to SS
SS is the daughter of QQ. Thus, PP is maternal grandfather, TT is maternal grandmother, and RR (brother of QQ) is maternal uncle to SS.
Relationships through the mother's side of the family take the maternal prefix.
3
Analyze the relationship of VV to SS
VV is a sibling of SS, but gender is unknown.
Without explicit mention or deduction of gender, VV's specific relation (brother vs sister) cannot be determined.

Key Concept

Multi-generational blood relation deduction and gender neutrality rules
Estimated Time:2m 0s
Question 598Question →

In public administration, effective conflict resolution requires aligning appropriate negotiation strategies with specific administrative scenario dynamics. Match each stakeholder negotiation strategy on the left with its corresponding operational approach on the right.

Click a left item, then click its matching right item

Items

Integrative Negotiation (Win-Win Approach)
Distributive Negotiation (Win-Lose Approach)
De-escalation Mediation
Compromising Strategy

Matches

Show answer & explanation

Answer

Integrative Negotiation corresponds to expanding resources for shared benefits; Distributive Negotiation corresponds to fixed-resource zero-sum allocation; De-escalation Mediation corresponds to neutral facilitation during tense situations; and Compromising Strategy corresponds to mutual concessions for a middle-ground resolution.
Each strategy is accurately matched according to core negotiation theory: Integrative negotiation creates joint value; Distributive negotiation handles fixed-sum competitive bargaining; De-escalation mediation neutralizes interpersonal conflict; and Compromising achieves a pragmatic middle ground through reciprocal concessions.

Step-by-Step Solution

1
Identify the core goal of Integrative Negotiation
Recognize that integrative negotiation focuses on collaborative problem-solving to expand joint gains (Win-Win).
This aligns with creating shared benefits between community residents and project developers by reformulating project scope.
2
Analyze Distributive Negotiation in resource allocation context
Identify zero-sum dynamics where resources are strictly limited.
A fixed departmental budget scenario exemplifies zero-sum (Win-Lose) bargaining.
3
Examine the role of De-escalation Mediation
Link mediation to conflict stabilization and neutral intervention.
Neutral facilitation serves primarily to diffuse emotional tension during public unrest.
4
Differentiate Compromising from Integrative solutions
Understand that compromising involves splitting differences through trade-offs.
Securing mutual concessions to reach a quick middle-ground settlement defines compromising.

Key Concept

Stakeholder Conflict Resolution and Negotiation Strategy Alignment
Question 599Question →

Match each type of semantic analogy relationship in List-I with its corresponding word pair example in List-II.

Click a left item, then click its matching right item

Items

Part to Whole
Worker and Tool
Cause and Effect
Antonym Pair

Matches

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Answer

Part to Whole matches Gill : Fish; Worker and Tool matches Blacksmith : Anvil; Cause and Effect matches Drought : Famine; Antonym Pair matches Gigantic : Tiny.
Each relationship category matches its specific word pair example based on semantic logic: 'Gill' is a physical part of a 'Fish' (Part to Whole); a 'Blacksmith' works with an 'Anvil' (Worker and Tool); 'Drought' leads to 'Famine' (Cause and Effect); and 'Gigantic' means the opposite of 'Tiny' (Antonym Pair).

Step-by-Step Solution

1
Analyze the relationship in the first category 'Part to Whole'
Identify that 'Gill' is a component part of the whole organism 'Fish'.
Matching structural components to their complete entities defines the part-to-whole rule.
2
Analyze the relationship in 'Worker and Tool'
Identify that a 'Blacksmith' relies on an 'Anvil' to shape metals.
Connecting a profession with its essential instrument defines worker and tool analogies.
3
Analyze the relationship in 'Cause and Effect'
Identify that 'Drought' creates conditions leading directly to 'Famine'.
An initial occurrence driving a subsequent condition forms a cause-effect link.
4
Analyze the relationship in 'Antonym Pair'
Identify that 'Gigantic' (extremely large) is the exact opposite of 'Tiny' (extremely small).
Words expressing contradictory or inverse meanings form antonym pairs.

Key Concept

Semantic Analogy Classification
Question 600Question →

Four individuals (PP, QQ, RR, and SS) start from the same central point and walk according to different movement paths. Match each person in List-I with their final direction relative to the starting point given in List-II.

Click a left item, then click its matching right item

Items

Person PP: Walks 10 m10\text{ m} North, turns right and walks 10 m10\text{ m}.
Person QQ: Walks 10 m10\text{ m} South, turns left and walks 10 m10\text{ m}.
Person RR: Walks 10 m10\text{ m} West, turns right and walks 10 m10\text{ m}.
Person SS: Walks 10 m10\text{ m} West, turns left and walks 10 m10\text{ m}.

Matches

Show answer & explanation

Answer

Person P matches North-East; Person Q matches South-East; Person R matches North-West; Person S matches South-West.
Each person's movement path consists of an initial cardinal direction displacement followed by a single 90∘90^\circ turn. Analyzing each turn relative to their facing direction yields coordinates in four distinct ordinal quadrants: Person P at (+10,+10)(+10, +10) [North-East], Person Q at (+10,−10)(+10, -10) [South-East], Person R at (−10,+10)(-10, +10) [North-West], and Person S at (−10,−10)(-10, -10) [South-West].

Step-by-Step Solution

1
Determine the final position coordinates for Person P.
Walking North gives +10 m+10\text{ m} along the Y-axis. Turning right while facing North directs facing East; walking 10 m10\text{ m} adds +10 m+10\text{ m} along the X-axis. Final position is (+10,+10)(+10, +10), which is North-East.
Determine spatial position relative to origin (0,0)(0,0).
2
Determine the final position coordinates for Person Q.
Walking South gives −10 m-10\text{ m} along the Y-axis. Turning left while facing South directs facing East; walking 10 m10\text{ m} adds +10 m+10\text{ m} along the X-axis. Final position is (+10,−10)(+10, -10), which is South-East.
Turning left when facing South points toward East.
3
Determine the final position coordinates for Person R.
Walking West gives −10 m-10\text{ m} along the X-axis. Turning right while facing West directs facing North; walking 10 m10\text{ m} adds +10 m+10\text{ m} along the Y-axis. Final position is (−10,+10)(-10, +10), which is North-West.
Turning right when facing West points toward North.
4
Determine the final position coordinates for Person S.
Walking West gives −10 m-10\text{ m} along the X-axis. Turning left while facing West directs facing South; walking 10 m10\text{ m} adds −10 m-10\text{ m} along the Y-axis. Final position is (−10,−10)(-10, -10), which is South-West.
Turning left when facing West points toward South.

Key Concept

Direction and Distance Test - Cardinal and Ordinal Directions
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