Determine the shear strain of the nail

Assignment Help Physics

Reference no: EM13512286

A nail projects 40.0 mm horizontally outward from a wall. A 25.0 N coat is hung from the end of the nail and the nail deflects downward by 2.50 10-6 m. The shear strain of the nail is:

Reference no: EM13512286

Questions Cloud

What amount is received as payment in full on june 23 : A company makes a credit sale of $750 on June 13, terms 2/10, n/30, on which it grants a return of $50 on June 16. What amount is received as payment in full on June 23? (a) $700. (b) $686. (c) $685. (d) $650.

Find the maximum spring potential energy : A 1.0 kg mass is connected to a spring with a spring constant of 9.00 N/m. find the maximum spring potential energy of the simple harmonic motion

What costs should magilke capitalize : What costs should Magilke capitalize for the new equipment purchased this year? Explain

Explain many pharmeceuticals are derived from piperazine : Many pharmeceuticals are derived from piperazine. solutions of piperazine are basic (Kb1=5.38x10^-6, Kb2=2.15x10^-9). What is the pH of a 0.0185 M solution of piperazine. For this problem assume it is ok to have up to a 10 percent error in our "si..

Determine the shear strain of the nail : A nail projects 40.0 mm horizontally outward from a wall. A 25.0 N coat is hung from the end of the nail and the nail deflects downward by 2.50 10-6 m. The shear strain of the nail is

What is the wave speed at the top of the rope : One end of a nylon rope is tied to a stationary support at the top of a vertical mine shaft of depth 83.0 m. What is the wave speed at the top of the rope

Explain how she should treat the reconciling items : Sally Kist owns Linen Kist Fabrics. Sally asks you to explain how she should treat the reconciling items when reconciling the company"s bank account

What is the minimum tensile modulus allowed : A cable is 50.0 m long and has a diameter of 2.50 cm. A force of 10,000 N is applied to the end of the cable. what is the minimum tensile modulus allowed

Explain a competitive inhibitor and a kmapp of 12 µm : An enzyme has a Km of 8 µM in the absence of a competitive inhibitor and a Kmapp of 12 µM in the presence of 3 µM of the inhibitor. Calculate KI.

User Account

All Pages