Test Revision 1

What type of tide is the sun and moon at a ninety degree angle?

• Spring tide

• Neap tide

What is the position of the Earth during an equinox?

• The northern end of Earth's axis is pointed toward the sun.

• The southern end of Earth's axis is pointed away from the sun.

• Earth's axis is neither pointed toward or away from the sun.

What causes seasons?

• Earth's tilted axis as it rotates on its axis.

• Earth's tilted axis as it revolves around the sun.

• Earth's distance from the sun in the summer.

• Earth's hemispheres receiving equal amounts of sunlight.

Why do we see phases of the moon?

• The tilt of Earth's axis as it rotates.

• The moon lights different portions of its surface throughout the month.

• As the moon revolves around the Earth, we see different portions of the lit side.

• The moon revolves and rotates at the same rate.

Which of these describes the position of Earth at the northern hemisphere's winter solstice?

• The southern end of the Earth’s axis is pointed towards the sun.

• The northern end of the Earth’s axis is pointed towards the sun.

• The noon day sun is overhead at the Tropic of Cancer, 23.5 degrees N.

• Earth's axis is pointed toward the equator.

Which statement is true based on the diagram?

• It is summer in the northern hemisphere.

• Its is winter in the southern hemisphere.

• It is an equinox.

• It is summer in the southern hemisphere and the northern hemisphere is receiving less direct sunlight.

Approximately how many tides are there a day?

• 4 high tides, 4 low tides

• 2 spring tides, 2 neap tides

• 2 high tides, 2 low tides

• 1 high tide, 1 low tide

How does a solar eclipse occur?

• Part of the Earth is in the moon's shadow.

• All of the Earth is in the moon's shadow.

• The Earth moves between the sun and moon casting its shadow on the moon.

• The moon moves into the Earth's shadow.

What moon phase occurs during a lunar eclipse?

• new moon

• first quarter

• full moon

• last quarter

What type of eclipse is this?

• solar eclipse

• lunar eclipse