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If the sides of two shapes are in the ratio of A : B, then their volumes are in the ratio A3 : B3, thus: ratio of volumes = 125 : 9 ratio of sides = 3√125 : 3√9 ~= 5: 2.08 (~= 2.4 : 1) Have you got the volumes correct? I suspect the second should be 8cm3 not 9cm3, because then the volumes would be 125cm3 and 8cm3 and: ration of volumes = 125 : 8 ratio of sides = 3√125 : 3√8 = 5 : 2 (= 2.5 : 1)
4 to 1.
The sides (linear dimensions) of the cubes are in the ratio of 0.6 .
the ratio of the length of this sides is 1:2.
Divide the length of one side by the length of an adjacent side.
The ratio of volumes is directly proportional to the cube of the ratio of their sides. And, incidentally, all cubes are similar.
If the sides of two shapes are in the ratio of A : B, then their volumes are in the ratio A3 : B3, thus: ratio of volumes = 125 : 9 ratio of sides = 3√125 : 3√9 ~= 5: 2.08 (~= 2.4 : 1) Have you got the volumes correct? I suspect the second should be 8cm3 not 9cm3, because then the volumes would be 125cm3 and 8cm3 and: ration of volumes = 125 : 8 ratio of sides = 3√125 : 3√8 = 5 : 2 (= 2.5 : 1)
They all have 6 sides and each side are the same length.
By the length of its sides, by its perimeter, by the ratio of its adjacent sides.
4 to 1.
The sides (linear dimensions) of the cubes are in the ratio of 0.6 .
its 1:4. Perimeter = sum of length of all sides. squares have 4 equal sides.
the ratio of the length of this sides is 1:2.
You divide the length of one adjacent side by the length of the other adjacent side.
Divide the length of one side by the length of an adjacent side.
length = 36width = 18Ratio length : width36:18divide both sides by 182:1The ratio of length to width is 2 as to 1.
It depends on whether the ratio refers to the angles of the triangle or the length of the sides.