Difference Between Force and Power

Hello guys, I hope you all are doing great. In today’s tutorial, we will discuss the Difference Between Force and Power. The force is an action exerted on the object or interaction among 2 objects. While power is the energy used when action is done on the body. The unit in which force measured is newton and pressure measured in watt.

In today’s post, we will have a detailed look at both force and pressure find their different parameters to discuss their differences. So let’s get started with Difference Between Force and Power.

Table of Contents

Force

The action among 2 objects due to that body changes its position or retains is called force.
Force is a term that used to vary the movement of any body.
It causes the body to rest and move.
It also called pull or push.
It is a vector quantity that means has direction and magnitude.
Its unit is newton and measure denoted with F

According to newton’s law force applying at the body is equal to the term through which its momentum varies.
In the case of contact mass acceleration is in direct relation to the force and inverse to mass
Its dimension is LMT^-2
F=ma
The main types of force are contact force and non contact force
Gravitational force is non-contact.
Force is denoted as F.
The formula of force is ma.
Force is a vector quantity so for its description magnitude and direction is required.
Its name is due to Isaac Newton who first time gave the concept of force.

Power

The rate of doing work is called power.

The quantity of energy conversion in a unit called power.
It measured in watt and joul per second.
It is scalar terms.
P=w/t
It also called any type of activity.
The output power of ant motor is multiple of torque with the angular speed.

For a moving car the power is multiple of the force applying at the wheels and speed of car
On a horse, power is equal to 746 watts. Power also measured in ergs, foot-pound, dBm
The measuring unit of power is a watt.
The power is denoted with the P.
Power is a scalar quantity for its description magnitude is needed.
Its name is due to James Watt who describes the concept of power.

Force vs. Power

Force

The external object that has features for changing conditions of the body from rest to motion and motion to rest is called force.
The force is denoted with the letter F.
The formula used for force is F F= mA which is m is mass and body A acceleration produced after force applications.
The unit of force is Newton, denoted with N.
The base force unit is a kilogram, which is a meter per square, that is, 1 kg m s⁻² is 1 Newton.
Force works on the body and moves the body for a certain distance; then force is called working on the body.
Force has two types: contact force and noncontact force.
The main examples of forces are magnetic force, gravitational force, electrostatic force, etc.

Power

The rate of doing work is called power. It is denoted with P.
The formula for power is P=W(t)P=W(t)
The unit used for power is watt, denoted with W. The base unit of power is Joules per second (J/s). 1 J/s is equal to 1 Watt.
Power is defined as the rate at which work is done on the body. Power’s main types are mechanical power and electrical power.
Main examples of power are wind power, active power, reactive power, etc.

What is the Relation Between Force and Power?

The formula for work done is denoted with the unit as

P = W/ΔT

Work is a force that is applied for body movement and is defined as

W = FΔx

• The relation of force and power is given as

P = FΔx/ΔT

FAQs

What is the relationship between power vs. force?

Power is equal to the product of force with velocity. Force is dominated by mass and power with velocity.

What is the difference between force and current?

Induced EMF is defined as the production of a potential difference due to changes in the magnetic flux of the coil. Current is the rate at which electrons or ions flow in closed circuits.