A body floats 2/9 of its volume above the surface what is the ratio of the body submerged volume to its exposed volume !! please answer i will mark brainlist About the author Rylee
Answer: here is your answer… if 2/9th of the volume of the body floats above the surface, then this is the exposed volume.. then, the submerged volume is 9/9 – 2/9 , as the remaining will be inside the surface. which is 7/9.. now coming to the ratio.. ratio is just the division of two numbers. p/q is the way of representing rational numbers… this format could also be used to represent ratio. we have to find the ratio of submerged volume to it’s exposed volume. submerged is 7/9 , where as exposed is 2/9.. now, we will just have to divide the answers… which is 7/9 ÷ 2/9 this will be 7/9 × 9/2 9 will be cancelled out.. 7/2 this is the ratio… 7:2 Step-by-step explanation: Reply
Answer:
I don’t know
Step-by-step explanation:
Answer:
here is your answer…
if 2/9th of the volume of the body floats above the surface, then this is the exposed volume..
then, the submerged volume is 9/9 – 2/9 , as the remaining will be inside the surface.
which is 7/9..
now coming to the ratio.. ratio is just the division of two numbers.
p/q is the way of representing rational numbers… this format could also be used to represent ratio.
we have to find the ratio of submerged volume to it’s exposed volume.
submerged is 7/9 , where as exposed is 2/9..
now, we will just have to divide the answers…
which is
7/9 ÷ 2/9
this will be
7/9 × 9/2
9 will be cancelled out..
7/2
this is the ratio…
7:2
Step-by-step explanation: