Suppose that the speed of light in a vacuum were one million times smaller than its actual value: c = 3.00 × 10^2 m/s. the spring constant of a spring is 670 n/m. determine how far you would have to compress the spring from its equilibrium length in order to increase its mass by 0.011 g.

The distance is .

Explanation:

Given that,

Spring constant = 670 N/m

Mass = 0.011 g

We know that,

The potential energy stored in a compressed spring is given by

....(I)

We know that,

The equation of energy is

....(II)

We need to calculate the distance

Using equation (I) and (II)

Where, m = mass

c = speed of light

k = spring constant

Put the value into the formula

Hence, The distance is .

the cellphone, they would then know if the killer would have contacted them or always hated them. or if it was a breakup. but if that is not the case, then it would be the clothing. to put in a bullet, it would have to be put in by hands. hands have finger prints which, would have giving you the answer of who done it.

explanation:

molecules are free to separate from each other and will take on the shape of the container. molecules move completely at random and high speeds. they vibrate in a fixed position and do not move around much. molecules expand to the edge of their container.