Visualizing the Tilt of the Lunar Orbital Plane

A) The intersection of the Moon's orbit and the Sun's path across the sky.

B) The intersection of the ecliptic plane and the celestial plane of the Moon's orbit.

C) The path the Moon follows during a solar eclipse.

D) The orbit of the Earth around the Sun

A) When the Earth’s orbit aligns with the Moon’s orbit at the equinoxes.

B) When the Moon crosses the line of nodes, the intersection between the ecliptic plane and the celestial plane, during a full or new moon.

C) When the Moon is at its farthest point from Earth in its orbit.

D) When the Earth's axis is tilted at 23.5 degrees.

A) 45°

B) 23.5°

C) 5°

D) 90°

A) By showing the distance between the Earth and Moon in real-time.

B) By allowing the user to adjust the Earth's orbital position and the Moon's position relative to the Earth.

C) By plotting the coordinates of the Sun's path across the sky.

D) By illustrating the tilt of the Earth's axis during the solstices.

A) By a slider that adjusts the Moon's position based on its orbital tilt.

B) By a slider that controls the Earth's position in its orbit.

C) By a slider that rotates the Moon's orbital plane.

D) By a slider that changes the position of the Sun.