[" EvT OF WUGLES "],[" Ediameter of the sun in km supposing that itsubtends an angle of "32" ' at the eye of an "],[" Chen that the distance of the sun is "91times10^(6)" lem."]

Find the diameter of the sun in km supposing that it subtends an angle of "32" ' at the eye of an observer.Given that the distance of the sun is 91times10^(6)km.

Find the diameter of the sun in km supposing that it subtends an angle of 32 at the eye of an observer. Given that the distance of the sun is 91 x 106 km.

Find the diameter of the sun in km supposing that it subtends an angle of 32 at the eye of an observer.Given that the distance of the sun is 91xx106km.

If the diameter of the sun subtends an angle of 32' at the eye of the observer and the diameter of the moon 30' and if the distance of the sun be 360 times that of the moon , find the ratio of the diameter of the sun of that of the moon.

Assuming the average distance of the earth from the sun to be 149700000 km and the angle subtended by the sun at the eye of a person on the earth to be 32', find the sun's diameter.

Assuming the average distance of the earth from the sun to be 149700000 km and the angle subtended by the sun at the eye of a person on the earth to be 32', find the sun's diameter.

A planet's year is 11 times the earth's year. Calculate the distance of this planet from the sun if the distance of the earth is 1.50xx10^8 km from the sun.

Find the mass of the sun from the following data. The mean orbital radius of earth around the sun is 1.5 xx 10^(8) km.