Calculate Young's Modulus of L₁ = 66 mm, L₂ = 65.5 mm, A = 330.16 mm² and F = 36 N

Young's Modulus states that a measure of elasticity is equal to the ration of the stress acting on a substance to the strain produced. Young's Modulus is also known as modulus of elasticity.

The formula to calculate Young's Modulus is:

Where,

Step by Step Solution to find Young's Modulus :

Given that,

Stress (σ) = ?

Strain (ε) = ?

Initial Length (L₁) = 66 mm

Final Length (L₂) = 65.5 mm

Change in Length (ΔL) = ?

Area (A) = 330.16 mm²

Force (F) = 36 N

Calculating Stress

=> Convert the Area (A) 330.16 mm² to "square meter (m²)"

F = 330.16 ÷ 1000000

F = 0.00033 m²

Substitute the value into the formula

Stress (σ) = 109038.042161 Pa

Calculating Strain :

=> convert the L₁ value to "meters (m)" unit

r = 66 ÷ 1000

r = 0.066 m

=> convert the L₁ value to "meters (m)" unit

r = 65.5 ÷ 1000

r = 0.0655 m

ΔL = 0.0655 - 0.066

ΔL = -0.0005 m

Substitute the value into the formula

Strain (S) = -0.007576

As we got all the values we can calculate Young's Modulus

E = -14393021.565302 Pa

∴ Youngs's Modulus (E) = -14393021.565302 Pa