Question

what would be the angle of inclination of the sun's rays at 60°N and 75°S on June 21st ?
with explanation




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Answer 1

Hyy Dude

As noted earlier, the change in this distance

is very small. Further, for people in the Northern Hemisphere,

Earth is actually closest to the sun in January and farthest away

in July (see again Fig. 3.13). This is exactly opposite of that hemi-

sphere’s seasonal variations. As we will see, seasons are caused

by the 23½° tilt of Earth’s equator to the plane of the ecliptic

(see again Fig. 3.14) and the parallelism of the axis that is main-

tained as Earth orbits the sun. About June 21, Earth is in a posi-

tion in its orbit so that the northern tip of its axis is inclined

toward the sun at an angle of 23½°. In other words, the plane of

the ecliptic (the 90° sun angle) is directly on 23½° N latitude.

This day during Earth’s orbit is called the summer solstice (from

Latin: sol, sun; sistere, to stand) in the Northern Hemisphere. In that diagram, we can see that the North-

ern and Southern Hemispheres receive unequal amounts

of light from the sun.

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Answer 2

Answer:

On 21st June the angle of inclination of the sun's rays at 60° N is 53.5° and at 75°S is -85°