A copper alloy cylinder that is 1.1 feet long with a diameter of 47.07 inch is subjected to a tensile stress of 1,177 psi along its length. Assuming this applied stress is purely elastic, calculate the diameter, in inches, of the cylinder under this load. For this alloy, the elastic modulus is 1,175,618 psi and the Poisson's ratio is 0.34. Answer format X. XX Unit: inch

2b2t

explanation:

2b2t

we need to know the time interval during which the force acts. impulse of force = momentum change

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the old price per ounce is c/4.

the new price per ounce is c/3.6.

the ratio of the old price to the new one is

(c/4)/(c/3.6) = (c/c)×(3.6/4) = 0.9 . . = 9/10 . . "nine tenths" in either form