Lever Systems Formula Calculator ·

02 Apr 2024, 00:00

Given F1 = 10, F21 = 20, Distance from F1 to fulcrum (x) = 5

Calculate Lever Length (d)

The Lever Equation is as follows:

F1x = F2(d - x)

Multiply the right side of the equation out:

F1x = F2d - F2x

Add F2x to both sides:

F1x + F2x = F2d - F2x + F2x

Cancelling F2x on the right side, we get:

F1x + F2x = F2d

Factor out x:

x(F1 + F2) = F2d

Divide each side of the equation by F2:

x(F1 + F2)
F2

Cancelling F2 on the right side, we get:

d =	x(F1 + F2)
	F2

Plug in our numbers and simplify:

d =	5(10 + 20)
	20

d =	5(30)
	20

x =	150
	20

Final Answer:

Lever Length (d) = 7.5

What is the Answer?

Lever Length (d) = 7.5

How does the Lever Systems Formula Calculator work?

Free Lever Systems Formula Calculator - Solves for F1, F2, d, or x.
This calculator has 4 inputs.

What 1 formula is used for the Lever Systems Formula Calculator?

What 4 concepts are covered in the Lever Systems Formula Calculator?

distanceinterval between two points in time
d = rtforcea push or pull that acts upon an object as a result of that objects interactions with its surroundings
F = malevera rigid body capable of rotating on a point on itself.lever systems formula

Lever Systems Formula Calculator

Given F1 = 10, F21 = 20, Distance from F1 to fulcrum (x) = 5 Calculate Lever Length (d) F1x = F2(d - x) F1x = F2d - F2x F1x + F2x = F2d - F2x + F2x F1x + F2x = F2d x(F1 + F2) = F2d Lever Length (d) = 7.5