1

The Sun spends more time within 1 degree of a node than the Moon does

2

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

3

A lunar eclipse occurs when the Moon and Sun are on the same node.

4

A new or full moon occurs every time the Sun is on a node.

5

The Moon spends more time within 1 degree of a node than the Sun does

6

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

7

If the Moon's path on the celestial sphere was the same as the celestial equator

8

If both the ecliptic and the Moon's path on the celestial sphere remained constant

9

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

10

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

11

A new or full moon occurs every time the Moon is on a node.

1

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

2

If the Moon's path on the celestial sphere was the same as the celestial equator

3

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

4

A lunar eclipse occurs when the Moon and Sun are on the same node.

5

If both the ecliptic and the Moon's path on the celestial sphere remained constant

6

The Sun spends more time within 1 degree of a node than the Moon does

7

The Moon spends more time within 1 degree of a node than the Sun does

8

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

9

A new or full moon occurs every time the Sun is on a node.

10

A new or full moon occurs every time the Moon is on a node.

11

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

1

If the Moon's path on the celestial sphere was the same as the celestial equator

2

The Moon spends more time within 1 degree of a node than the Sun does

3

A new or full moon occurs every time the Moon is on a node.

4

A new or full moon occurs every time the Sun is on a node.

5

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

6

If both the ecliptic and the Moon's path on the celestial sphere remained constant

7

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

8

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

9

A lunar eclipse occurs when the Moon and Sun are on the same node.

10

The Sun spends more time within 1 degree of a node than the Moon does

11

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

1

If the Moon's path on the celestial sphere was the same as the celestial equator

2

The Moon spends more time within 1 degree of a node than the Sun does

3

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

4

A new or full moon occurs every time the Moon is on a node.

5

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

6

A new or full moon occurs every time the Sun is on a node.

7

The Sun spends more time within 1 degree of a node than the Moon does

8

If both the ecliptic and the Moon's path on the celestial sphere remained constant

9

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

10

A lunar eclipse occurs when the Moon and Sun are on the same node.

11

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

1

A new or full moon occurs every time the Moon is on a node.

2

The Moon spends more time within 1 degree of a node than the Sun does

3

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

4

If the Moon's path on the celestial sphere was the same as the celestial equator

5

If both the ecliptic and the Moon's path on the celestial sphere remained constant

6

The Sun spends more time within 1 degree of a node than the Moon does

7

A new or full moon occurs every time the Sun is on a node.

8

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

9

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

10

A lunar eclipse occurs when the Moon and Sun are on the same node.

11

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

1

A new or full moon occurs every time the Moon is on a node.

2

A new or full moon occurs every time the Sun is on a node.

3

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

4

If the Moon's path on the celestial sphere was the same as the celestial equator

5

A lunar eclipse occurs when the Moon and Sun are on the same node.

6

If both the ecliptic and the Moon's path on the celestial sphere remained constant

7

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

8

The Sun spends more time within 1 degree of a node than the Moon does

9

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

10

The Moon spends more time within 1 degree of a node than the Sun does

11

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

1

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

2

The Moon spends more time within 1 degree of a node than the Sun does

3

If the Moon's path on the celestial sphere was the same as the celestial equator

4

If both the ecliptic and the Moon's path on the celestial sphere remained constant

5

A new or full moon occurs every time the Sun is on a node.

6

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

7

The Sun spends more time within 1 degree of a node than the Moon does

8

A new or full moon occurs every time the Moon is on a node.

9

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

10

A lunar eclipse occurs when the Moon and Sun are on the same node.

11

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

1

If the Moon's path on the celestial sphere was the same as the celestial equator

2

The Sun spends more time within 1 degree of a node than the Moon does

3

If both the ecliptic and the Moon's path on the celestial sphere remained constant

4

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

5

A lunar eclipse occurs when the Moon and Sun are on the same node.

6

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

7

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

8

A new or full moon occurs every time the Moon is on a node.

9

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

10

A new or full moon occurs every time the Sun is on a node.

11

The Moon spends more time within 1 degree of a node than the Sun does

1

If the Moon's path on the celestial sphere was the same as the celestial equator

2

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

3

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

4

A new or full moon occurs every time the Sun is on a node.

5

A new or full moon occurs every time the Moon is on a node.

6

The Moon spends more time within 1 degree of a node than the Sun does

7

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

8

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

9

The Sun spends more time within 1 degree of a node than the Moon does

10

A lunar eclipse occurs when the Moon and Sun are on the same node.

11

If both the ecliptic and the Moon's path on the celestial sphere remained constant

1

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

2

A new or full moon occurs every time the Sun is on a node.

3

A new or full moon occurs every time the Moon is on a node.

4

A lunar eclipse occurs when the Moon and Sun are on the same node.

5

If the Moon's path on the celestial sphere was the same as the celestial equator

6

The Sun spends more time within 1 degree of a node than the Moon does

7

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

8

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

9

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

10

The Moon spends more time within 1 degree of a node than the Sun does

11

If both the ecliptic and the Moon's path on the celestial sphere remained constant

1

A lunar eclipse occurs when the Moon and Sun are on the same node.

2

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

3

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

4

The Moon spends more time within 1 degree of a node than the Sun does

5

The Sun spends more time within 1 degree of a node than the Moon does

6

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

7

A new or full moon occurs every time the Moon is on a node.

8

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

9

If the Moon's path on the celestial sphere was the same as the celestial equator

10

If both the ecliptic and the Moon's path on the celestial sphere remained constant

11

A new or full moon occurs every time the Sun is on a node.

1

A new or full moon occurs every time the Sun is on a node.

2

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

3

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

4

A new or full moon occurs every time the Moon is on a node.

5

The Moon spends more time within 1 degree of a node than the Sun does

6

If the Moon's path on the celestial sphere was the same as the celestial equator

7

The Sun spends more time within 1 degree of a node than the Moon does

8

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

9

A lunar eclipse occurs when the Moon and Sun are on the same node.

10

If both the ecliptic and the Moon's path on the celestial sphere remained constant

11

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

1

The Moon spends more time within 1 degree of a node than the Sun does

2

The Sun spends more time within 1 degree of a node than the Moon does

3

If both the ecliptic and the Moon's path on the celestial sphere remained constant

4

A new or full moon occurs every time the Sun is on a node.

5

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

6

If the Moon's path on the celestial sphere was the same as the celestial equator

7

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

8

A lunar eclipse occurs when the Moon and Sun are on the same node.

9

A new or full moon occurs every time the Moon is on a node.

10

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

11

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

1

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

2

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

3

If the Moon's path on the celestial sphere was the same as the celestial equator

4

If both the ecliptic and the Moon's path on the celestial sphere remained constant

5

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

6

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

7

A new or full moon occurs every time the Moon is on a node.

8

The Sun spends more time within 1 degree of a node than the Moon does

9

The Moon spends more time within 1 degree of a node than the Sun does

10

A new or full moon occurs every time the Sun is on a node.

11

A lunar eclipse occurs when the Moon and Sun are on the same node.

1

If the Moon's path on the celestial sphere was the same as the celestial equator

2

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

3

The Moon spends more time within 1 degree of a node than the Sun does

4

A lunar eclipse occurs when the Moon and Sun are on the same node.

5

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

6

A new or full moon occurs every time the Moon is on a node.

7

The Sun spends more time within 1 degree of a node than the Moon does

8

A new or full moon occurs every time the Sun is on a node.

9

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

10

If both the ecliptic and the Moon's path on the celestial sphere remained constant

11

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

1

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

2

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

3

A lunar eclipse occurs when the Moon and Sun are on the same node.

4

A new or full moon occurs every time the Sun is on a node.

5

The Moon spends more time within 1 degree of a node than the Sun does

6

If both the ecliptic and the Moon's path on the celestial sphere remained constant

7

The Sun spends more time within 1 degree of a node than the Moon does

8

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

9

If the Moon's path on the celestial sphere was the same as the celestial equator

10

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

11

A new or full moon occurs every time the Moon is on a node.

1

A new or full moon occurs every time the Sun is on a node.

2

If the Moon's path on the celestial sphere was the same as the celestial equator

3

A new or full moon occurs every time the Moon is on a node.

4

The Sun spends more time within 1 degree of a node than the Moon does

5

A lunar eclipse occurs when the Moon and Sun are on the same node.

6

If both the ecliptic and the Moon's path on the celestial sphere remained constant

7

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

8

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

9

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

10

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

11

The Moon spends more time within 1 degree of a node than the Sun does

1

The Moon spends more time within 1 degree of a node than the Sun does

2

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

3

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

4

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

5

A new or full moon occurs every time the Sun is on a node.

6

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

7

If the Moon's path on the celestial sphere was the same as the celestial equator

8

If both the ecliptic and the Moon's path on the celestial sphere remained constant

9

A lunar eclipse occurs when the Moon and Sun are on the same node.

10

A new or full moon occurs every time the Moon is on a node.

11

The Sun spends more time within 1 degree of a node than the Moon does

1

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

2

A new or full moon occurs every time the Sun is on a node.

3

A lunar eclipse occurs when the Moon and Sun are on the same node.

4

A new or full moon occurs every time the Moon is on a node.

5

The Moon spends more time within 1 degree of a node than the Sun does

6

If both the ecliptic and the Moon's path on the celestial sphere remained constant

7

If the Moon's path on the celestial sphere was the same as the celestial equator

8

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

9

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

10

The Sun spends more time within 1 degree of a node than the Moon does

11

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

1

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

2

If both the ecliptic and the Moon's path on the celestial sphere remained constant

3

The Sun spends more time within 1 degree of a node than the Moon does

4

If the Moon's path on the celestial sphere was the same as the celestial equator

5

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

6

A lunar eclipse occurs when the Moon and Sun are on the same node.

7

A new or full moon occurs every time the Sun is on a node.

8

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

9

The Moon spends more time within 1 degree of a node than the Sun does

10

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

11

A new or full moon occurs every time the Moon is on a node.

1

If both the ecliptic and the Moon's path on the celestial sphere remained constant

2

The Sun spends more time within 1 degree of a node than the Moon does

3

A lunar eclipse occurs when the Moon and Sun are on the same node.

4

If the Moon's path on the celestial sphere was the same as the celestial equator

5

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

6

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

7

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

8

A new or full moon occurs every time the Moon is on a node.

9

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

10

A new or full moon occurs every time the Sun is on a node.

11

The Moon spends more time within 1 degree of a node than the Sun does

1

The Sun spends more time within 1 degree of a node than the Moon does

2

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

3

A new or full moon occurs every time the Sun is on a node.

4

A new or full moon occurs every time the Moon is on a node.

5

The Moon spends more time within 1 degree of a node than the Sun does

6

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

7

A lunar eclipse occurs when the Moon and Sun are on the same node.

8

If both the ecliptic and the Moon's path on the celestial sphere remained constant

9

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

10

If the Moon's path on the celestial sphere was the same as the celestial equator

11

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

1

A new or full moon occurs every time the Sun is on a node.

2

The Moon spends more time within 1 degree of a node than the Sun does

3

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

4

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

5

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

6

If both the ecliptic and the Moon's path on the celestial sphere remained constant

7

A new or full moon occurs every time the Moon is on a node.

8

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

9

The Sun spends more time within 1 degree of a node than the Moon does

10

A lunar eclipse occurs when the Moon and Sun are on the same node.

11

If the Moon's path on the celestial sphere was the same as the celestial equator

1

A new or full moon occurs every time the Moon is on a node.

2

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

3

If both the ecliptic and the Moon's path on the celestial sphere remained constant

4

A new or full moon occurs every time the Sun is on a node.

5

If the Moon's path on the celestial sphere was the same as the celestial equator

6

The Sun spends more time within 1 degree of a node than the Moon does

7

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

8

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

9

The Moon spends more time within 1 degree of a node than the Sun does

10

A lunar eclipse occurs when the Moon and Sun are on the same node.

11

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

1

A lunar eclipse occurs when the Moon and Sun are on opposite nodes.

2

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the stars appears to drift________ with respect to the Sun. (Hint: Make a sketch)

3

A new or full moon occurs every time the Moon is on a node.

4

If the Moon's path on the celestial sphere was the same as the celestial equator

5

Neither the ecliptic nor the path taken by the Moon are exact great circles because neither precisely closes on itself after one trip around the celestial sphere.

6

If both the ecliptic and the Moon's path on the celestial sphere remained constant

7

The Moon spends more time within 1 degree of a node than the Sun does

8

The Sun spends more time within 1 degree of a node than the Moon does

9

A lunar eclipse occurs when the Moon and Sun are on the same node.

10

If you want to watch the same star rise every morning before sunrise, you will need to set your alarm by approximately _______ minutes earlier each morning because the Sun appears to drift________ with respect to the zodiacal stars. (Hint: Make a sketch)

11

A new or full moon occurs every time the Sun is on a node.