Question

2.
An iron block, a copper block, and a measuring cylinder
containing water been shown in figures (a), (b), and (C)
respectively
Now answer the following questions.
a) What is the volume of water in the
measuring cylinder?
b) Up to what level will water rise in the
cylinder if the iron block (Fig (a)) is lowered
in the measuring cylinder?
If the level of water in the cylinder rises
up to 460 ml when the sphere (Fig (b)) is
immersed in it, then find the density of the
other block
m = 624 g
(Given density of iron is 7.8 g/cm')
(a)
c)
m = 980 8
(b)
is)​

Answer 1

Answer:

sorry I have no question this answer

Answer 2

Answer:

Here,

(a) 300ml

(b) density of iron=7.8g/cm³ and mass of iron is 624g

as we know

M = V×D

624g = V × 7.8

624 × 10/78 = V

80ml = V

it will rise 80 ml more in the measuring cylinder