2,640 milliliters (mL) = liters (L)?

No links please :)

2.64

Step-by-step explanation:

Formula: divide the volume value by 1000

2.64L

hope that helps

It is assumed that the equipment will lose value at a constant yearly rate. Then we can find a linear function to represent the value of the equipment.

The rate at which the equipment loses value is $ 875 / 5 years =$ 175 / year.

a) y = 875 - 175x

b) x = 2 => y = $875 - [S175/ year] (2year) = $875 - $350  = $ 525

c) y = 200 = 875 - 175x => x = [875 - 200] / 175 = 3.86 years