The SI unit of force is different from the SI unit of which of the following physical quantities?

Which of the following statements is true regarding physical quantities heat, work, and energy?

A physical constant has dimensions [M L T-3]. Which of the following physical quantities could represent this constant?

(Volt·second)/Ampere is the SI unit of which physical quantity?

Which one of the following physical quantities has different dimensional formula compared to the other three?

Which of the following represents the correct SI unit of specific volume?

If R = resistance, L = inductance, and C = capacitance, then which of the following expressions has the dimensional formula [ML2T−4A−2]?

If R = resistance, L = inductance, and C = capacitance, then the dimensional formula [ML2T-4A-2] represents:

The SI unit of the universal gravitation constant is ____________.