A model of the solar system shows the sun as a loaf of bread. What size is everything else in this model?

Question

(1 point)
O the size of a small pile of bread crumbs
O the size of a shoe
O the size of a basketball
O
the size of a tennis ball

Answer 1

In this model, everything else in the solar system would be the size of a small pile of bread crumbs.

Answer 2

A model of the solar system shows the sun as a loaf of bread. What size is everything else in this model?
(1 point)
O the size of a small pile of bread crumbs
O the size of a shoe
O the size of a basketball
O the size of a tennis ball

Answer 3

In this model, everything else in the solar system would be the size of a small pile of bread crumbs.

Answer 4

A diagram shows how gravity on Earth works on an object located in different spots in a seaside community.
Where is gravity between Earth and an object the strongest? (1 point)
O
when the object is on the highest branch of a pine tree
O when the object is on top of a telephone pole
O when the object is on top of a nearby mountain
O when an object is at sea level

Answer 5

Gravity between Earth and an object is the strongest when the object is at sea level.

Answer 6

An orange falls off of a tree. Gravity is pulling the orange in which direction? (1 point)
O toward the atmosphere of Earth
O
toward the nearest branch
O toward the middle of the tree
O toward the center of Earth

Answer 7

Gravity is pulling the orange toward the center of Earth.

Answer 8

What prevents the planets in our solar system from floating away? (1 point)
O Sun's gravitational pull
O planets' gravitational pull on one another
O moon's gravitational pull
O Earth's gravitational pull

Answer 9

The main factor that prevents the planets in our solar system from floating away is the Sun's gravitational pull.