Answer:
6.51 g/c.c
Explanation:
mass, m = 114 g
initial volume, V1 = 25 mL
final volume, V2 = 42.5 mL
Volume of the metal piece, V = V2 - V1 = 42.5 - 25 = 17.5 mL
1 mL = 1 c.c
So, Volume of metal, V = 17.5 c.c.
Let the density of the metal is d.
density = mass / volume
d = 114 / 17.5 = 6.51 g/c.c
Thus, the density of metal is 6.51 g/c.c.
Answer:HETJHETHRTHR
Length of the slope is given as
also the inclination is given as
now the horizontal displacement is let say "x"
now from geometry we can say
now substitute all values in it
<em>so it will displace horizontally by 12.99 m</em>