Explore topic-wise InterviewSolutions in Current Affairs.

i – b; ii – a.

b (Pauli's exclusion principle)

(d) Plasmodium

(c) Tehri Dam

Answer: (3) C–F > C–Cl > C–Br > C–I 

Bond energy ∝ 1/Bond length

Answer is (3) Egg white

The correct option is (3) Anti-histamine.

Correct answer is (2) The free energy change shows a change from negative to positive value

The definition of chronological is arranged in the order it happened. An example of chronological is a biography that starts in 1920 and goes through 1997.

Answer is (1) 2x + 5y = 100

Vertex is at (±6, 0)

∴ a = 6

Let the hyperbola is x²/a² - y²/b² = 1

Putting point P(10, 16) on the hyperbola

100/36 - 256/b² = 1 ⇒  b² = 144

∴ hyperbola is x²/36 - y²/144 = 1

∴ equation of normal is a²x/x₁ + b²y/y₁ = a² + b²

∴ putting we get 2x + 5y = 100 

B. only 1 and 4 

Answer is (4) √5 is not an integer and 5 is not an irrational Number

√5 is not an integer and 5 is not an irrational Number

r ~ (p ∨ q) = ~p ∧ ~ q

Correct option is C. dithecous 

Correct option is B. embryo 

Answer (2) P : Large retentivity, large coercivity

Option (2) is correct as permanent magnet should have high coercivity & retentivity.

Pressure Formula

Pressure is the force applied by one object on the another. It is symbolized by P.

Pressure is articulated as force per unit area articulated as

P=F/A

Where,

F = Force applied by the body,

A = Total area of the object.

Pressure Formula is given by

P=ρ x g x h

Where,

the height is h,

density is ρ,

gravity is g

Pressure Formula is made use of to compute pressure, force, area, density, height and gravity if some of these numerics are provided. Pressure is articulated in Pascal (Pa).

Force Formula

When one encounters the word Force they get an idea of getting energized. We continuously come across the term push and pull associated to it. 

In brief Force can be described as the exterior agency which makes the body change its state, size, position under strain. It is represented by F.

Commonly, the formula for force is articulated by

F = m × a

Where,

m = mass

a = acceleration.

It is articulated in Newton (N) or Kgm/s².

Acceleration Formula

Acceleration is the rate of change in velocity to the change in time. It is denoted by symbol a and is articulated as- 

a=Change in velocity/Time taken

Meter per second squared or m/s² is the S.I unit for Acceleration,

Velocity Formula

The speed of a body in a specific direction is the measure of Velocity.

It is represented by V and is articulated as

V=Displacement/Time Taken=s/t

Where,

the displacement is S  and

the time taken is t 

Since displacement is conveyed in meters and time taken in seconds. Velocity is articulated in meters/second or m/s.

Answer is (3)

Magnitude of electric field is constant & the surface is equipotential

Answer is (4)

V = K (h)^a (I)^b (G)^c (C)^d (V is voltage)

we know [h] = ML²T^–1

[I] = A 

[G] = M^–1 L³ T^–2 

[C] = L T^–1 

[V] = M L² T^–3 A^–1

M L² T^–3 A^–1 = (M L² T^–1)^a (A)^b (M^–1L³T^-2)^c (LT^–1)^d

ML²T^–3A^–1 = M^a–c L^2a+3c+d T^{–a–2c–d} A^b

a – c = 1………………(1)

2a + 3c + d = 2………………(2)

–a –2c –d = –3 ………………(3)

b = –1………………(4)

on solving

c = –1 

a = 0 

d = 5, 

b = –1 

V = K (h)° (I)^–1 (G)^–1 (C) 5

Correct option:

(A) 0

Correct option:

(A) e^∫Pdx

Correct option:

(C) 2 

Methane, ethane, propane, and butane are gases at room temperature. As a result, it takes more energy to break these forces, and thus the melting or boiling points increase.