earth is tilted on its axis. because earth is tilted, different parts of earth receive different amounts of…

earth is tilted on its axis. because earth is tilted, different parts of earth receive different amounts of energy from the sun. as earth orbits the sun over the course of a year, there is a dramatic change in the amount of energy that each hemisphere receives. the model below shows earths orbit around the sun. earth is shown at a point when the northern hemisphere is in summer. notice that at this point, the north pole is tilted toward the sun. select the image that shows how light strikes earth at the point shown in the model.

earth is tilted on its axis. because earth is tilted, different parts of earth receive different amounts of energy from the sun. as earth orbits the sun over the course of a year, there is a dramatic change in the amount of energy that each hemisphere receives. the model below shows earths orbit around the sun. earth is shown at a point when the northern hemisphere is in summer. notice that at this point, the north pole is tilted toward the sun. select the image that shows how light strikes earth at the point shown in the model.

Answer

Explanation:

Step1: Analyze the situation

When the Northern Hemisphere is in summer and the North - Pole is tilted towards the Sun, the Sun's rays strike the Northern Hemisphere more directly.

Step2: Evaluate the options

The image where the Sun's rays are more concentrated and perpendicular in the Northern Hemisphere is the correct one. This indicates more direct sunlight in the Northern Hemisphere which is consistent with summer there.

Answer:

The image with the most direct - looking sunlight in the Northern Hemisphere (without seeing the specific labels of the images, but based on the described principle).