The pattern is placing vowels at the start in the order they appear and consonants at the end in reversed order. “SARASWATI” → vowels: A, A, A, I → AASS, consonants: S, R, S, W, T → IRWAT Thus, it becomes AASSIRWAT.

Each letter in MONDAY is assigned numbers 1 to 6. The same letters in WEDNESDAY get the same numbers, and new letters are added in sequence. It’s a logical mapping of unique alphabets in a sequence. It tests memory mapping and reasoning.

Placing B as the central point, A is directly south, and C is directly east. From C's point, A lies to the southwest. This is a directional logic problem requiring diagrammatic visualization. Such questions are common in spatial reasoning.

It is a geometric progression: each number is multiplied by 2. 64×2 = 128. It tests pattern recognition under multiplication.

Wholesalers act as intermediaries between producers and retailers.

Transportation supports the flow of goods from producers to consumers.

The dictionary order is: Agra, Allahabad, Amroha, Azamgarh. So, the second is Allahabad. It’s a straightforward but tricky alphabetical sequence test.

Lucknow, Kanpur, and Varanasi are cities in UP, while Yamuna is a river. It is the only non-urban entity among the options. Odd-one-out questions often use thematic categorization.

Vowels (A, E, U) → next alphabet = B, F, V. Consonants → previous alphabet (T→S, P→O, R→Q, etc.). After substitution, we get: VSSBQ QSBDEFT.

In a vertical mirror image, the order of letters reverses from left to right. So “LUCKNOW” becomes “WONKCUL”. It checks spatial reasoning and visualization.

This is a geometric progression with a common ratio of 3. Each term is the previous term multiplied by 3. 81×3 = 243. These patterns are typical in sequence and series problems.

V(22)+A(1)+R(18)+A(1)+N(14)+A(1)+S(19)+I(9) = 104. Each alphabet is converted to its positional number and summed. It’s an arithmetic-based coding pattern.

“My father's wife” = mother (assuming only one wife). Her only daughter = sister of the man. Her son = nephew of the man. But he says “only daughter of my father's wife” → the man is speaking about his own daughter → that child is his son. The relation traced confirms the person is the man's son.

Each letter is replaced by its alphabetical position: U(21), T(20), T(20), A(1), R(18), P(16), R(18), A(1), D(4), E(5), S(19), H(8). Combining gives the correct numerical sequence. This type checks sequential transformation from characters to numbers.

The pattern is: multiply previous term by 2 then subtract 1. 7×2–1 = 13, 13×2–1 = 25, 25×2–1 = 49, 49×2–1 = 97, 97×2–1 = 193. Thus, the missing number before 193 is 97.

P is R’s mother, Q is P’s brother → Q is R’s maternal uncle. T is Q’s father, so T is also P’s father, which makes T the grandfather of R. By tracing relations, T → P → R confirms T is a generation above R. This type of question tests family tree reasoning.

The code pattern adds 3 to the ASCII value of each character of the word. For example, A(65)+3 = D(68), L(76)+3 = O(79). This same rule applies to LUCKNOW → OXEKQVT. This type of question requires pattern recognition based on ASCII shifts.

If Kanpur lies 300 km east of Lucknow, and Varanasi is 200 km further east, then total linear eastward distance from Lucknow to Varanasi is 300 + 200 = 500 km. No angular or alternate path is involved, so the shortest path is the sum. This is a straightforward directional distance-based problem.

Each letter in UTTAR is shifted forward with increasing step sizes: U(+1)=V, T(+2)=V, T(+3)=W, A(+4)=E, R(+5)=W. Then reversed → WEWVV. Same shift and reverse logic applied to PRADESH results in: VYBFJZN. The trick lies in incremental shifting and reversing the result.

The code is based on the position of each letter in the English alphabet (A=1, B=2, ..., Z=26). AGRA = A(1), G(7), R(18), A(1) → 1-7-18-1. It follows the same encoding principle as used in LUCKNOW. No alteration, reverse, or shift is applied, only direct alphabetical positions.

The plan aligns with India’s National Action Plan on Climate Change and emphasizes adaptation in agriculture, energy efficiency, water conservation, and forest cover. It aims to enhance resilience and reduce emissions. It includes district-level climate strategies.

Water ATMs were introduced in Noida to provide clean, affordable drinking water in urban areas. These machines purify and dispense water via smart cards. They help in reducing plastic bottle usage too.

UP is promoting solar energy through rooftop projects, solar parks, and grid connections. The state has high solar potential, especially in Bundelkhand and Purvanchal. Uttar Pradesh New and Renewable Energy Development Agency (UPNEDA) oversees these efforts.

UP receives an average of 1000 mm rainfall annually, mostly during the monsoon season (June–September). Eastern UP gets more rain than western parts. Irrigation systems are necessary due to uneven distribution.

This central act, implemented by the state, provides protection to wildlife, prohibits poaching, and sets up sanctuaries. Dudhwa, Hastinapur, and other sanctuaries operate under its provisions. It also regulates hunting and trade of species.

Banda district in Bundelkhand faces serious fluoride contamination leading to fluorosis and bone deformities. Lack of surface water and over-reliance on groundwater worsens the issue. Safe water projects are ongoing.

Bijnor became the first district to be declared ODF+ (Open Defecation Free plus), which includes sustained cleanliness and solid waste management. It signifies progress beyond just toilet access. Community participation played a big role.

Punjab and Haryana's stubble burning contributes to smog across western UP. The air becomes heavy with pollutants during winter. This leads to respiratory problems and poor AQI levels.