The material with higher modulus will stretch less than the material with lower modulus
Explanation:
This is because Young's modulus, E = stress/strain = σ/ε. Now, ε = σ/Y. Since σ = constant for both materials, ε ∝ 1/Y. So the strain is inversely proportional to the Young's modulus. Thus, the material with the higher modulus will stretch less than the material with lower modulus.
The material with higher modulus will stretch less than
The material with lower modulus
Explanation:
A material with a higher modulus is stiffer and has better resistance to deformation. The modulus is defined as the force per unit area required to produce a deformation or in other words the ratio of stress to strain.
E= stress/stain
Hooks law states that provided the elastic limit is not exceeded the extension e of a spring is directly proportional to the load or force attached
F=ke
Where k is the constant which gives the measure of the spring under tension
The distance is the total distance she walked which is 16 meters adding the 6 meters to the corner and 10 meters to her friend's apartment. Her displacement is the distance from her original starting point so you set up a triangle with side lengths of 6 and 10 and solve for the hypotenuse which gives you a displacement of 11.66 meters.
