68. If right circular cone is seperated into 3 solids of volume V1, V2, V3 by 2 planes which are parallel to base and trisect the altitude .What is the ratio of V1:V2:V3?

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Q. If the right circular cone is separated into solids of volumes

v_{1}, v_{2}, v_{3}

by two plane parallel to the base and trisect the altitude

v_{1} : v_{2} : v_{3}

Q. If the right circular cone is cut into three solids of volumes V1,V2 and V3 by two cuts which are parallel to the base and trisects the altitude, then V1:V2:V3 is:

Q. If the right circular cone is separated into three solids of volume

V_{1}, V_{2}, V_{3}

by two planes parallel to the base and intersect to altitude, then

V_{1} : V_{2} : V_{3}

Q. If the right circular cone is cut into three solids of volumes

V_{1}, V_{2} a n d V_{3}

by two cuts which are parallel to the base and trisects the altitude, then

V_{1} : V_{2} : V_{3}

is:

$V_{1}, V_{2} a n d V_{3}$ are the potential differences across the $1 Ω, 2 Ω a n d 3 Ω$ resistors and the flow of current is 5 A in a circuit .
Which of the following shows the correct values of $V_{1}, V_{2} a n d V_{3}$ measured in volts?

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