The radius of Jupiter is 11 times that of earth. Calculate the ratio of their volumes. How many earths can Jupiter accommodate? ( vol.= 4/3pir^3)
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121 earths can be accommodate in jupiter if you like mark me as brainiest if you want me to explain i will
sorry... but i think it should be... 1331
Ya because 11cubed is 1331
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Volume of Earth = (4/3)πR³
Volume of Jupiter = (4/3)π × (11R)³
Volume of Jupiter : Volume of Earth
= (4/3)π × (11R)³ : (4/3)πR³
= 11³ : 1
= 1331 : 1
∴ 1 Jupiter can accommodate 1331 Earths
Volume of Jupiter = (4/3)π × (11R)³
Volume of Jupiter : Volume of Earth
= (4/3)π × (11R)³ : (4/3)πR³
= 11³ : 1
= 1331 : 1
∴ 1 Jupiter can accommodate 1331 Earths
That's exactly how I solved it, but was not sure of the answer
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