The capacity of a density bottle is 100 cc and it's mass is 40 g. Find the mass of the bottle when it is filled with a liquid of density 400 kg/m³
Answers
Answered by
0
Answer:
Answer:100cc=100cm
Answer:100cc=100cm 3
Answer:100cc=100cm 3
Answer:100cc=100cm 3 density of liquid=600Kg/m
Answer:100cc=100cm 3 density of liquid=600Kg/m 3
Answer:100cc=100cm 3 density of liquid=600Kg/m 3 =0.6gm/cm
Answer:100cc=100cm 3 density of liquid=600Kg/m 3 =0.6gm/cm 3
Answer:100cc=100cm 3 density of liquid=600Kg/m 3 =0.6gm/cm 3
Answer:100cc=100cm 3 density of liquid=600Kg/m 3 =0.6gm/cm 3 so mass of 100cc liquid will be m=d×V=0.6×100=60gm
Answer:100cc=100cm 3 density of liquid=600Kg/m 3 =0.6gm/cm 3 so mass of 100cc liquid will be m=d×V=0.6×100=60gmSo mass of bottle filled with liquid will be bottle+liquid=45gm+60gm=105gm
Answered by
0
Explanation:
cadet College admission test result published and friends and family and friends and familygfccj and friends and family and friends and family and friends and family and friends and family and friends
Similar questions