Ellipse, Scale Model, Sun

Question 1

Our scale model compared the distance from the sun and the __________ of each planet

Accepted Answer

diameter

Question 2

Which layer contains solar wind?

Accepted Answer

Corona

Question 3

Scale Models can ONLY be made of things too large to see

Accepted Answer

False

Question 4

As a result of nuclear fusion, what is released?

Accepted Answer

energy

Question 5

How many layers does the sun have?

Accepted Answer

6

Question 6

Earth's eccentricity is _____

Accepted Answer

0.017

Question 7

Where is the sun located in an orbit?

Accepted Answer

at ONE OF THE focus points

Question 8

If d = 1 and l = 5, What does eccentricity = ___? e = d/l

Accepted Answer

1/5, .2

Question 9

Which layer gives the sun color?

Accepted Answer

Chromosphere

Question 10

In nuclear fusion, what is being fused together?

Accepted Answer

two or more nuclei

Question 11

Eccentricity is measured from ____ to ____

Accepted Answer

0 to 1

Question 12

As Eccentricity increases, the shape gets ___________ oval

Accepted Answer

more

Question 13

In the equation for eccentricity e = d/l, d = the distance _____________

Accepted Answer

between focus points

Question 14

How many layers does the Sun's atmosphere have?

Accepted Answer

3

Question 15

Eccentricity measures the degree of how _________ a shape is.

Accepted Answer

oval

Question 16

In the equation for eccentricity e = d/l, l = the length _____________

Accepted Answer

of the major axis

Question 17

What layer of the sun can we see?

Accepted Answer

Photosphere

Question 18

What does the root "photo" mean?

Accepted Answer

Light

Question 19

Which sun layer does nuclear fusion occur in?

Accepted Answer

Core

Question 20

How many focus points does an ellipse have?

Accepted Answer

2

Question 21

An ellipse is an shape also known as a _____________.

Accepted Answer

oval

Question 22

Eccentricity of 0 is a _________

Accepted Answer

circle

Question 23

Which sun layer is very dense that takes the energy 100,000 years to move through?

Accepted Answer

Radiative Zone

Ellipse, Scale Model, Sun

Questions 23

Ellipse, Scale Model, Sun

Questions 23