What will be the escape speed from a planet having mass 16 times that of earth and diameter 8 times that of the earth ? `(v_(e)=11.2 "kms"^(-1))`

What will be the escape speed from a planet having mass 8 times that of earth and diameter 4 times that of the earth ? [v_(e)=11.2 km//s]

What will be the escape speed from a planet having mass 8 times that of earth and diameter 4 times that of the earth ? [v_(e)=11.2 km//s]

What will be the escape speed from a planet having mass 8 times that of earth and diameter 4 times that of the earth ? [v_(e)=11.2 km//s]

What will be the escape speed from a planet having radius thrice that of earth and the same mean density as that of the earth ? (Take v_(e)=11.2 km/s)

What will be the escape speed from a planet having radius thrice that of earth and the same mean density as that of the earth ? (Take v_(e)=11.2 km/s)

What will be the escape speed from, a planet having volume 27 times that of earth and the same mean density as that of the earth? Take escape speed from the earth 11.2 km/s, earth and planet are perfectly sphere)

What will be the escape speed from, a planet having volume 27 times that of earth and the same mean density as that of the earth? Take escape speed from the earth 11.2 km/s, earth and planet are perfectly sphere)

Escape velocity on earth is 11.2 "kms"^(-1) what would be the escape velocity on a planet whose mass is 1000 times and radius is 10 times that of earth ?

Escape velocity on earth is 11.2 "kms"^(-1) what would be the escape velocity on a planet whose mass is 1000 times and radius is 10 times that of earth ?

Escape velocity on earth is 11.2 km/s . What would be the escape velocity on a planet whose mass is 1000 times and radius is 10 times that of earth