This question focuses on the second equation of motion, which calculates the displacement of an object moving under uniform acceleration.
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This question involves the application of the second equation of motion to calculate the acceleration of a particle when its displacement, initial velocity and time are given.
This question is about applying the first equation of motion to find the velocity of an object starting from rest under constant acceleration.
This question tests your understanding of the first equation of motion, which relates an object’s initial velocity, acceleration, and time to its final velocity.
Significant figures represent the precision of a measured quantity, including all digits except leading zeros.
Derived units are formed by combinations of the seven base units in the SI system.
The SI unit system provides a standard for measuring all physical quantities, including the seven fundamental quantities.
Errors in measurements occur due to various reasons, including random and systematic errors. Reducing random errors improves accuracy.
Fundamental quantities are independent and form the base of derived physical quantities. Examples include length, mass, and time.
A dimensionless quantity is independent of the unit system used.