time
distance
frequency
angular acceleration
B. distance
2.8%, 1.23%
3.6%, 1.31%
3.4%, 1.3%
3.9%, 1.15%
explanation of A.
explanation of A
A is correct but R is false
both A and R are false
time
frequency
angular momentum
velocity
angular momentum and Planck's constant
impulse and momentum
moment of inertia and moment of force
work and torque.
Electric Pressure, energy density
lntensity,
Reynold's number and time constant
work, Torque
Electric flux, electric field, electric dipole moment
pressure, stress, Young's modulus
voltage
Heat, potential energy, work done.
time
distance
frequency
angular acceleration
2.83 ± 0.3
2.38 ± 0.27
11.35 ± 1.2
9.31 ± 1.12