Hello harshita,

There are many formulas regarding work power and energy, you may consider any good book for all the formulas at a glance.

Some of the main formulas can be seen below:

• Work = Force × Displacement  = F*ScosA
• P=W/t
• U=mgh
• W=0/5*m(v^2-u^2)
• Spring Pottential energy formula: E _s = ½ kx ²
• Equation for conservation of momentum: m ₁ u ₁ + m ₂ u ₂ = m ₁ v ₁ + m ₂ v ₂
• K = p ² /2 m

I am attaching a link to some Work power and energy resources for your refernce:

https://learn.careers360.com/physics/work-energy-and-power-chapter/

Hope this helps

Hello

Here are some formulae related to work power energy

w ork Done By A Constant Force Parallel To Displacement    W = Fx

Work Done By Any Constant Force    W = Fx cosθ

Work-Energy Theorem    W = ΔK

Formula For Average Power    =

Definition Of Instantaneous Power    P =

Formula For Instantaneous Power    P = Fv cosθ

Work Done By A Position-Dependent Force    W =F(x)dx force.

Definition Of Potential Energy.    ΔU = - W

Gravitational Potential Energy.    UG = mgh

Statement Of Conservation Of Mechanical Energy.    Δ(U+K) = 0

Definition Of Total Mechanical Energy.    U + K = E

Definition Of Potential Energy Given A Position-Dependent Force.    ΔU = -F(x)dx