Home
Class 11
PHYSICS
The moon is observed from two diametrica...

The moon is observed from two diametrically opposite points A and B on Earth. The angle `theta` subtended at the moon by the two directions of observation is `1^(@)54'`. Given the diameter of the Earth to be about `1.276xx10^(7) m`, compute the distance of the moon from the earth.

Promotional Banner

Similar Questions

Explore conceptually related problems

The moon is observed from two diametrically opposite points A and B on Earth. The angle theta subtended at the moon by the two directions of observation is 1^(@)54' . Given the diameter of the Earth to be about 1.276xx10^(7) , compute the distance of the moon from the Earth.

The moon is observed from two diametrically opposite points A and B on Earth. The angle theta subtended at the moon by the two directions of observation is 1^(@)54' . Given the diameter of the Earth to be about 1.276xx10^(7) , compute the distance of the moon from the Earth.

The planet is observed from two diametrically opposite points A and B on Eath. The angle theta subtended at the planet by the two directions of observation is 1^(@)30' . Given the diameter of the Earth to be about 1.276xx10^(7)m , computer the distance of the moon from the Earth.

The planet is observed from two diametrically opposite points A and B on Eath. The angle theta subtended at the planet by the two directions of observation is 1^(@)8' . Given the diameter of the Earth to be about 1.276xx10^(7)m , computer the distanc

The moon is observed from two diametrically opposite points A and B on earth. The angle theta substended at the moon by the two directions of observation is 1 ^@ 54'. Given the diameter of earth to be about 1.276xx10^7m, calculate the distance of moon from earth.

The moon is observed from two diametrically opposite points A and B on earth. The angle theta substended at the moon by the two directions of observation is 1 ^@ 54'. Given the diameter of earth to be about 1.276xx10^7m, calculate the distance of moon from earth.