During a total solar ecilpse the moon almost entirely covers the sphere of the sun. Write the relation between the distances and sizes of the sun and moon.

During a total solar eclipse the moon almost entirely covers the sphere of the sun. Write the relation between the distances and sizes of the sun and moon.

During a total solar eclips the moon almost entirely covers the sphere of the sun. Write the relation between the distances and sizes of the sun and moon.

During a total solar eclipse, the disc of the moon almost completely covers the disc of the sun. If the distance of the Sun from the earth= 1.496xx10^(11) m, diameter of the Sun 1.393xx10^(8) m, then calculate the diameter of the moon.

During a total solar eclipse the desk of the moon almost covers the disk of the sun. If the angle measured is 1920'' and distance of the moon from the Earth is 3.84 xx 10 ^(5) km then calculate the diameter of the moon.

It is a well known fact that during a total solar eclipes the disc of the moon almost completely covers the disc of the sun. From this fact and from the information you can gather from Solved Examples 3 and 4 on page 1//44, determine the approximate diameter of the moon.

It is a well known fact that during a total solar eclipse the disc of the moon almost covers the disc of the sun. Find the approx. diameter of moon from the following data.

It is a well known fact that during a total solar eclipse the disk of the Moon almost completely covers the disk of the Sun. From this fact and from the information your can gather from examples 2.3 and 2.4 determine the approximate diameter of the Moon.