The radii of 2 cylinders are in the ratio 2:3 and their heights are in the
ratio 9:4 .what is the ratio of their volume ?
Answers
Answer:
20:27
Step-by-step explanation:
As radii of two cylinder in in ratio of 2:3
As radii of two cylinder in in ratio of 2:3So radius of 1st cylinder=2r
As radii of two cylinder in in ratio of 2:3So radius of 1st cylinder=2r radius of 2st cylinder=3r
As radii of two cylinder in in ratio of 2:3So radius of 1st cylinder=2r radius of 2st cylinder=3rheights are in the ratio 5:3.
As radii of two cylinder in in ratio of 2:3So radius of 1st cylinder=2r radius of 2st cylinder=3rheights are in the ratio 5:3. height of 1st cylinder=5h
As radii of two cylinder in in ratio of 2:3So radius of 1st cylinder=2r radius of 2st cylinder=3rheights are in the ratio 5:3. height of 1st cylinder=5hheight of 2st cylinder=3h
As radii of two cylinder in in ratio of 2:3So radius of 1st cylinder=2r radius of 2st cylinder=3rheights are in the ratio 5:3. height of 1st cylinder=5hheight of 2st cylinder=3hratio of volume=volume of 1st cylinder/volume of 2nd cylinder
As radii of two cylinder in in ratio of 2:3So radius of 1st cylinder=2r radius of 2st cylinder=3rheights are in the ratio 5:3. height of 1st cylinder=5hheight of 2st cylinder=3hratio of volume=volume of 1st cylinder/volume of 2nd cylinder V=Π(2r)2∗5h/Π(3r)2∗3h
As radii of two cylinder in in ratio of 2:3So radius of 1st cylinder=2r radius of 2st cylinder=3rheights are in the ratio 5:3. height of 1st cylinder=5hheight of 2st cylinder=3hratio of volume=volume of 1st cylinder/volume of 2nd cylinder V=Π(2r)2∗5h/Π(3r)2∗3hV=20rh/27rh
As radii of two cylinder in in ratio of 2:3So radius of 1st cylinder=2r radius of 2st cylinder=3rheights are in the ratio 5:3. height of 1st cylinder=5hheight of 2st cylinder=3hratio of volume=volume of 1st cylinder/volume of 2nd cylinder V=Π(2r)2∗5h/Π(3r)2∗3hV=20rh/27rhV=20/27
As radii of two cylinder in in ratio of 2:3So radius of 1st cylinder=2r radius of 2st cylinder=3rheights are in the ratio 5:3. height of 1st cylinder=5hheight of 2st cylinder=3hratio of volume=volume of 1st cylinder/volume of 2nd cylinder V=Π(2r)2∗5h/Π(3r)2∗3hV=20rh/27rhV=20/27Pls Mark Me As A Brainliest
Answer:
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