Question

1 The container in figure 1 is filled to a depth of 4 cm
with mercury.
5 cm
5 cm
mercury
eve
6 cm
4 CM
a) What is the volume of the mercury?
b) The mass of the mercury is 1360 g. What is the
density of mercury?
c) What mass of water would be needed to fill
completely the space in the container above the
mercury? (The density of water is 1 g/cm.)
d) A small coin is gently dropped into the container
completely full of mercury and water. Describe
and explain what happens. (The density of coin
metal is about 7 g/cmº.)
(MEG
2 Jane has a motorcycle with a 125 cm enginn

Answer 1

Explanation:

and explain what happens. (The density of coin

metal is about 7 g/cmº.)

(MEG

2 Jane has a motorcycle with a 125 cm enginne