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Mechanics Mock Tests

236 questions available

Mechanics Mock Test 1

Questions: 30

Mechanics Mock Test 2

Questions: 30

Mechanics Mock Test 3

Questions: 30

Mechanics Mock Test 4

Questions: 30

Mechanics Mock Test 5

Questions: 30

Mechanics Mock Test 6

Questions: 30

Mechanics Mock Test 7

Questions: 30

Mechanics Mock Test 8

Questions: 26

Sample Questions

EAPCET Physics
A road is banked at an angle θ for a curve of radius R. The coefficient of static friction between tyres and road is μ. The maximum safe speed on this curve is (take g = acceleration due to gravity):
A √[Rg(sin θ + μ cos θ)/(cos θ - μ sin θ)]
B √[Rg(cos θ + μ sin θ)/(sin θ + μ cos θ)]
C √[Rg(sin θ - μ cos θ)/(cos θ + μ sin θ)]
D √[Rg(sin θ + μ cos θ)/(cos θ + μ sin θ)]
BITSAT Physics
An artificial satellite orbits Earth in an elliptical path with perigee distance r_p and apogee distance r_a. If the speed at perigee is v_p, the speed at apogee v_a equals:
A vp × (rp/ra)
B vp × (ra/rp)
C vp × √(rp/ra)
D vp × √(ra/rp)
AEEE Physics
A body of mass 4 kg moving at 6 m/s collides elastically with a stationary body of mass 2 kg. After collision, the velocity of the 4 kg body is:
A 2 m/s
B 4 m/s
C 3 m/s
D 1 m/s
BITSAT Physics
A uniform rod of length L and mass M is pivoted at one end. A bullet of mass m traveling perpendicular to the rod with speed v strikes the other end and embeds. The maximum angle the rod swings to is:
A cos^-1[1 - m^2*v^2/(MgL(M+m/3))]
B cos^-1[1 - m^2*v^2/(2MgL(M+m/3))]
C cos^-1[1 - 2m^2*v^2/(MgL(M+2m/3))]
D cos^-1[1 - m^2*v^2/(2MgL)]
VITEEE Physics
A force of 10 N acts on a body of mass 2 kg initially at rest. The work done in 5 seconds is:
A 1250 J
B 2500 J
C 625 J
D 500 J
BITSAT Physics
Two planets of masses m₁ and m₂ orbit each other in circular orbits with separation d. The total angular momentum of the system about their center of mass is proportional to:
A (m₁m₂)²d²/(m₁ + m₂)³
B m₁m₂d¹ᐟ²/(m₁ + m₂)¹ᐟ²
C (m₁ + m₂)m₁m₂d
D m₁m₂d¹ᐟ²/(m₁ + m₂)¹ᐟ²
AEEE Physics
A force of 10 N acts on a body of mass 2 kg for 3 seconds. The change in momentum of the body is:
A 10 kg·m/s
B 20 kg·m/s
C 30 kg·m/s
D 60 kg·m/s
AEEE Physics
The slant side of a frictionless incline making an angle 60° with the vertical is 1 m. Starting from rest the time taken by a mass to slide down the incline from top to the base is: (g = 10 m/s²)
A 0.63 s
B 0.23 s
C 0.2 s
D 0.4 s

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