The radius of Jupiter is 11 times the radius of the earth. calculate ratio of the volumes of Jupiter and there earth. How many earth's can Jupiter accommodate?

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Solution

Each point: 1 Mark

1. Planets are spherical. Volume of sphere =43πr3

2. Ratio of volume of Jupiter to earth

(4/3 π (11r)^3 ) ÷
(4/3 π r^3) = 1331/1

3. So 1331 Earths can actually fit in Jupiter.

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The radius of Jupiter is 11 times the radius of the earth. calculate ratio of the volumes of Jupiter and there earth. How many earth's can Jupiter accommodate?

Each point: 1 Mark 1. Planets are spherical. Volume of sphere =43πr3 2. Ratio of volume of Jupiter to earth (4/3 π (11r)^3 ) ÷ ​​​(4/3 π r^3) = 1331/1 3. So 1331 Earths can actually fit in Jupiter.

Each point: 1 Mark

1. Planets are spherical. Volume of sphere =43πr3

2. Ratio of volume of Jupiter to earth

(4/3 π (11r)^3 ) ÷
(4/3 π r^3) = 1331/1

3. So 1331 Earths can actually fit in Jupiter.