The similarity ratio of the two spheres can be found by taking the cube root of the ratio of their volumes. The volume of the first sphere is 20pi m^3 and the volume of the second sphere is 160pi m^3. The cube root of the ratio of their volumes is (160pi/20pi)^(1/3) = (8)^(1/3) = 2. Therefore, the similarity ratio of the two spheres is 2:1.
GCF(160, 210, 140) = 10 so the ratio is 16 : 21 : 14
160 percent is equivalent to the decimal/fractional value of 1.6 or the ratio 8:5.
640/52 = 160/13
you would want to find a common denominator -- in this case 160 is the largest common denominator 800/160=5 640/160=4 therefore the ratio would be 5:4 (said "5 to 4")
140 and 20
160 to 60 is one ratio that is equivalent to 16 to 6 160 to 60 is one ratio that is equivalent to 16 to 6 160 to 60 is one ratio that is equivalent to 16 to 6 160 to 60 is one ratio that is equivalent to 16 to 6
248/160 = 31/20.
GCF(160, 210, 140) = 10 so the ratio is 16 : 21 : 14
160 percent is equivalent to the decimal/fractional value of 1.6 or the ratio 8:5.
It is 8 to 21 in its simplest form
640/52 = 160/13
ar5 = 160 ar8 = 1280 so r3 = 1280/160 = 8 and so r = 2 then, ar5 = 160 gives a = 160/32 = 5 First term = a = 5 Common ratio = r = 2
you would want to find a common denominator -- in this case 160 is the largest common denominator 800/160=5 640/160=4 therefore the ratio would be 5:4 (said "5 to 4")
29: 4 : 20
8 to 5 = 160%
72 is 8/5 of 42, or 160% of 45
95 : 160 = 19 : 32