MTH404 Midterm Quiz 2024 with 100% accurate Solution.
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#Dynamics
Questions:
IF 𝒓 ⃑=𝟑𝒕^𝟐 𝒊 ̂+𝟑𝒋 ̂ is the position of the particle at time t, then which of the following is true about the acceleration of the particle?
If 𝒗 ⃑=𝟑𝒊 ̂+𝟐𝒕𝒋 ̂ is the velocity of the particle at time t, then which of the following is the acceleration of the particle at time t?
IF 𝒓 ⃑=𝟐𝒕𝒊 ̂+𝟑𝒋 ̂ is the position of the particle at time t, then which of the following represents the velocity of the particle at time t?
In a conservative field of force, the total energy of a particle _____ throughout the motion.
A particle is said to execute simple harmonic motion if it moves in a straight line so that its acceleration is always directed towards a fixed point in the line and is proportional to the _____ of the particle from the fixed point.
If Force of magnitude 10N is acting on the particle of mass 5kg, then the acceleration produced in the particle is __
The branch of applied mathematics that deals with the study of motion of a body without taking into consideration how the motion is caused is known as _____
The time taken by the particle to complete one oscillation is called _____
The time taken by the particle to complete one oscillation is called _____
Which of the following is true about the radial component of a force in polar coordinates?
Direction of momentum is direction of objects _____
What force can change the velocity of body of mass 1kg from 10m/s to 15m/s in one second?
If a particle of mass 4kg is in motion under the action of variable Force F and is moving under velocity 3t^2, then the force acting at time ‘2’ second is ____
Radial Component of velocity is ______
If a particle is moving along a circle of radius ‘a’ with Center at O, then which of the following is true about the transverse component of a force in Polar Coordinates?
If the velocity of the particle remains same throughout the motion, the slope of the space-time curve ____
_____ treats the geometry of motion of bodies without taking into account their masses or the forces on them.
The radial component of acceleration is _____
The differential equation of a particle executing SHM is
The rate of change of ____ of a particle about a point O is equal to the torque about O of the force on the particle.