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Worksheets

Latitude & Longitude, GPS, Seasons

Total questions: 100

Worksheet time: 58mins

Name
Class
Date
1.

What is longitude?

a)

A measure of location from north to south

b)

A measure of location from east to west

c)

A measure of location from west to east

d)

A measure of location from south to north

2.

How does longitude differ from latitude?

a)

Longitude measures north and south, while latitude measures east and west.

b)

Longitude measures east and west, while latitude measures north and south.

c)

Longitude measures both east and west and north and south.

d)

Longitude and latitude are the same.

3.

What is latitude?

a)

A measure of location from north to south

b)

A measure of location from east to west

c)

A measure of location from west to east

d)

A measure of location from south to north

4.

How many miles are in one degree of latitude? (2)

a)

100 miles

b)

111 kilometers

c)

15 miles

d)

69 miles

5.

Why is the prime meridian where it is?

a)

It marks the equator.

b)

It's the starting point for measuring longitude.

c)

It is where the committee met to determine a universal system of latitude and longitude

d)

It's the reference point for time zones.

6.

What is the approximate longitude of Philadelphia?

a)

39° S

b)

35° N

c)

37° N

d)

39.9° N

e)

75.1° W

7.

What is the foundation of the global coordinate system used in navigation and mapping?

a)

Latitude and longitude

b)

Equator and prime meridian

c)

Tropic of Cancer and Tropic of Capricorn

d)

International Date Line

8.

What is GPS?

a)

A system for measuring latitude only

b)

A system for measuring longitude only

c)

A technology that uses latitude and longitude to find locations

d)

A global weather monitoring system

9.

How does GPS work?

a)

It uses signals from satellites to measure altitude.

b)

It uses signals from satellites to measure temperature.

c)

It uses signals from satellites to find exact locations using latitude and longitude.

d)

It uses signals from satellites to navigate under the ocean.

10.

How many satellites are part of the GPS system?

a)

2

b)

4

c)

12

d)

24

11.

What is the December Solstice? (2)

a)

The day with the longest daylight hours in the Northern Hemisphere

b)

The day with the shortest daylight hours in the Southern Hemisphere

c)

The day with the shortest daylight hours in the Northern Hemisphere

d)

The day with the longest amount of daylight hours in the Southern Hemisphere

e)

The day with the longest daylight hours in the Southern Hemisphere

12.

The Spring Equinox occurs on which date?

a)

March 21

b)

June 21

c)

September 23

d)

December 21

e)

It depends on if you are in the Northern or Southern Hemisphere

13.

During the Summer Solstice in the Northern Hemisphere, the North Pole is: (2)

a)

Tilted away from the Sun

b)

Tilted toward the Sun

c)

Tilted at a right angle to the Sun

d)

Receiving almost 24 hours of daylight

e)

Not tilted

14.

What happens during the Fall Equinox (Autumnal Equinox)?

a)

The Northern Hemisphere experiences the shortest daylight hours.

b)

Both hemispheres receive about the same amount of daylight.

c)

The Southern Hemisphere experiences the shortest daylight hours.

d)

The equator experiences the shortest daylight hours.

e)

It depends on which hemisphere you are in.

15.

What causes direct and indirect sunlight on Earth's surface?

a)

The rotation of the Earth

b)

The tilt of the Earth's axis

c)

The distance from the Sun

d)

The position of the Moon

16.

During which month is the Earth closest to the sun in its revolution?

a)

June

b)

July

c)

August

d)

January

e)

December

17.

What is the latitude of Philadelphia?

a)

76 degrees north

b)

23.5 degrees north

c)

39.95 degrees north

d)

40.5 degrees north

e)

75.1 degrees north

18.

During which solstice does the Tropic of Capricorn receive the most direct sunlight?

a)

December solstice

b)

March equinox

c)

June solstice

d)

December Equinox

e)

September equinox

19.

What causes the changing of seasons on Earth?

a)

The Earth's orbit around the Moon

b)

The Earth's tilt on its axis and its orbit around the Sun

c)

The Earth's rotation on its axis

d)

The Earth's distance from the Moon

20.

What is the purpose of the Tropic of Cancer and Tropic of Capricorn?

a)

To mark the equator

b)

To divide the Earth into four quadrants

c)

To define the boundaries of the polar regions

d)

To mark the point the sun will be directly overhead on the solstices and define the tropical climate zone.

21.

What is the latitude of the Antarctic Circle?

a)

0 degrees south

b)

23.5 degrees south

c)

66.5 degrees north

d)

39.95 degrees south

e)

66.5 degrees south

22.

How do latitude and longitude help us locate places on Earth?

a)

Latitude tells us how far east or west we are, and longitude tells us how far north or south we are.

b)

Latitude and longitude are unrelated to location.

c)

Latitude tells us how far north or south we are, and longitude tells us how far east or west we are.

d)

Latitude and longitude have no impact on locating places.

23.

What is longitude?

a)

A measure of location from north to south

b)

A measure of location from east to west

c)

A measure of location from west to east

d)

A measure of location from south to north

24.

How does longitude differ from latitude?

a)

Longitude measures north and south, while latitude measures east and west.

b)

Longitude measures east and west, while latitude measures north and south.

c)

Longitude measures both east and west and north and south.

d)

Longitude and latitude are the same.

25.

What is latitude?

a)

A measure of location from north to south

b)

A measure of location from east to west

c)

A measure of location from west to east

d)

A measure of location from south to north

26.

What does latitude measure?

a)

How far north or south you are from the equator

b)

How far east or west you are from the prime meridian

c)

How far north or south you are from the International Date Line

d)

How far east or west you are from the equator

27.

What is the equator? (2)

a)

0 degrees longitude

b)

0 degrees latitude

c)

An imaginary line that divides the Earth into four quadrants

d)

An imaginary parallel that circles the Earth east / west.

28.

What is the prime meridian? (3)

a)

An imaginary line that divides the Earth into two hemispheres

b)

An imaginary line that circles the Earth vertically

c)

0 degrees latitude

d)

An imaginary line that passes through Greenwich, England

e)

0 degrees longitude

29.

Why is the prime meridian significant? (2)

a)

It marks the equator.

b)

It's the starting point for measuring longitude.

c)

It divides the Earth into the Northern and Southern Hemispheres.

d)

It's the reference point for time zones.

30.

What is Greenwich Mean Time (GMT)?

a)

The time at the equator

b)

The time at the International Date Line

c)

The time at the Prime Meridian

d)

The time at the North Pole

31.

How does the International Date Line work? (2)

a)

It divides the Earth into Eastern and Western Hemispheres.

b)

It marks the equator.

c)

It marks the beginning of the next day

d)

It creates a 24-hour time difference from north to south.

32.

What are the coordinates of the North Pole?

a)

90 degrees east longitude

b)

90 degrees south latitude

c)

90 degrees north latitude

d)

90 degrees north longitude

e)

90 degrees west longitude

33.

What is the Arctic Circle? (2)

a)

An imaginary line that circles the Earth horizontally

b)

An imaginary line that divides the Earth into two hemispheres

c)

An imaginary line located at approximately 66.5 degrees north latitude

d)

An imaginary line located at approximately 66.5 degrees south latitude

34.

What marks the boundaries of the tropical zone?

a)

23.5 degrees North and 23.5 degrees East

b)

The Arctic Circle and Antarctic Circle

c)

The equator and prime meridian

d)

The Prime Meridian and the International Date Line

35.

During which solstice does the Tropic of Cancer experience the sun directly overhead?

a)

December solstice

b)

March equinox

c)

June solstice

d)

September equinox

36.

What is the Antarctic Circle?

a)

An imaginary line that divides the Earth into two hemispheres

b)

An imaginary line located at approximately 66.5 degrees north latitude

c)

An imaginary line located at approximately 66.5 degrees south latitude

d)

An imaginary line that marks the equator

37.

How are latitude lines measured?

a)

In meters

b)

In kilometers

c)

In degrees

d)

In miles

38.

How many degrees of latitude between the equator and the poles?

a)

0 degrees

b)

45 degrees

c)

90 degrees

d)

66.5

e)

180 degrees

39.

How many degrees of longitude are there in a complete circle around Earth? (2)

a)

90 degrees

b)

180 degrees East and 180 West

c)

270 degrees

d)

360 degrees total

e)

180 degrees

40.

Longitude lines are measured from the prime meridian in which way?

a)

In degrees east and west

b)

In kilometers north and south

c)

In hours ahead and behind

d)

In meters above and below

41.

Which of the following is the correct unit for measuring longitude?

a)

In degrees east or west

b)

In degrees north or south

c)

In kilometers

d)

In feet

42.

What is the significance of the Arctic Circle's latitude?

a)

It marks the boundary of the polar zone.

b)

It marks the equator.

c)

It divides the Northern and Southern Hemispheres.

d)

It marks the boundary of the tropical zone.

e)

It has no significance.

43.

How do latitude and longitude work together to pinpoint locations?

a)

Longitude tells you how far north or south you are, and latitude tells you how far east or west you are (from a fixed point - zero degrees).

b)

Latitude tells you how far north or south you are, and longitude tells you how far east and west you are (from a fixed point - zero degrees).

c)

Latitude tells you how far east or west you are, and longitude tells you how far north or south you are (from a fixed point - zero degrees).

d)

None of these are correct

44.

What is the foundation of the global positioning system used in navigation and mapping?

a)

Longitude and latitude

b)

The equator and the prime meridian

c)

Time zones

d)

The International Date Line

45.

What does GPS stand for?

a)

Global Postal Service

b)

Global Planet System

c)

Global Positioning System

d)

Global Protection Service

46.

How does GPS determine your exact location on Earth's surface?

a)

By sending signals to satellites and back

b)

By measuring how far you are from the equator

c)

By measuring the distance to the North Pole

47.

What are uses of GPS technology?

a)

To help planes and ships navigate

b)

To track packages

c)

To connect your phone to a cell phone tower

d)

Allows AirTags to work

e)

To find lost iPhones

48.

Which imaginary line(s) divides the Earth into two hemispheres? Select all that apply.

a)

The Equator

b)

The International Date Line

c)

The Prime Meridian

d)

The Tropic of Cancer

e)

The Tropic of Capricorn

49.

Which date does the Northern Hemisphere experience the shortest daylight hours?

a)

June 21st

b)

March 22nd

c)

September 21st

d)

December 21st

e)

January 1st

50.

How does the amount of daylight in Philadelphia change after the December Solstice?

a)

It remains constant.

b)

It decreases by about 1-3 minutes a day

c)

It increases by about 1-3 minutes a day

d)

It decelerates.

e)

It reverses.

51.

Which event marks the beginning of Summer in the Northern Hemisphere?

a)

September Equinox

b)

June Equinox

c)

December Equinox

d)

December Solstice

e)

June Solstice

52.

In Philadelphia, what is the main difference between the September Equinox and the March Equinox?

a)

The September Equinox has shorter daylight hours, while the March Equinox has longer daylight hours.

b)

The Spring, or "Vernal" Equinox occurs in September, while the Autumnal Equinox occurs in March.

c)

The September Equinox is when the Northern Hemisphere is tilted away from the Sun, while the March Equinox is when it is tilted toward the Sun.

d)

The September Equinox marks the start of autumn in the Northern Hemisphere, while the March Equinox marks the start of spring.

53.

How does direct sunlight affect temperature on Earth's surface?

a)

Direct sunlight leads to cooler temperatures.

b)

Direct sunlight has no effect on temperature.

c)

Direct sunlight leads to warmer temperatures.

d)

Direct sunlight leads to precipitation.

54.

How many equinoxes and solstices are there in a year?

a)

2 equinoxes and 2 solstices

b)

4 equinoxes and 4 solstices

c)

1 equinox and 1 solstice

d)

3 equinoxes and 3 solstices

55.

Which event marks the official start of Spring in the Northern Hemisphere?

a)

June Solstice

b)

December Solstice

c)

March Equinox

d)

September Solstice

e)

March Solstice

56.

What is the approximate angle of Earth's tilt on its axis?

a)

b)

23.5°

c)

45.5°

d)

66.5°

e)

90°

57.

What is the primary reason for the changing of seasons?

a)

The Earth's rotation

b)

The Earth's distance from the Sun

c)

The Earth's tilt on its axis and position in its orbit around the Sun

d)

The Earth's magnetic field

58.

How does the rate of daylight change after the June Solstice in the Northern Hemisphere?

a)

It remains constant.

b)

It begins to increase daily.

c)

It begins to decrease by 1+ minute a day

d)

It reverses.

59.

What is the purpose of the Tropic of Cancer and Tropic of Capricorn?

a)

To mark the equator

b)

To divide the Earth into four quadrants

c)

To define the boundaries of the polar regions

d)

To mark the tropical zone

e)

To mark the farthest points North/South at which the sun will appear directly overhead (direct light)

60.

Which event marks the beginning of winter in the Northern Hemisphere?

a)

December Solstice

b)

June Solstice

c)

June Equinox

d)

December Equinox

e)

March Equinox

61.

How does indirect sunlight affect temperature on Earth's surface?

a)

Indirect sunlight is diffused, so it’s weaker.

b)

Indirect sunlight has no effect on temperature.

c)

Indirect sunlight leads to warmer temperatures.

d)

Indirect sunlight leads to precipitation.

62.

What is the main factor responsible for the rate of daylight change after the Summer Solstice?

a)

The Earth's rotation speed

b)

The Earth's orbital movement and spherical shape

c)

The Earth's latitude

d)

The Earth's magnetic field

63.

What event marks the beginning of autumn in the Northern Hemisphere?

a)

Winter Solstice

b)

Summer Solstice

c)

September Equinox

d)

March Equinox

64.

How does the length of daylight change the month before the Fall Equinox?

a)

It remains constant.

b)

Loss of daylight accelerates.

c)

Loss of daylight per day decreases.

d)

It reverses.

65.

What is the main factor responsible for the rate of daylight change before the winter Solstice?

a)

The Earth's rotation speed

b)

The Earth's position in its revolution

c)

The Earth's latitude

d)

The Earth's magnetic field

66.

Parallel lines go in the same direction as the:

a)

The equator

b)

The prime meridian

c)

The Tropic of Cancer

d)

The International Date Line

67.

Which line of latitude is closest to the North Pole?

a)

90° N.

b)

Tropic of Capricorn

c)

Arctic Circle

d)

Antarctic Circle

e)

90° S.

68.

The meridian at 180 degrees is known as the:

a)

Equator

b)

Tropic of Cancer

c)

Prime meridian

d)

International Date Line

69.

Which line marks the transition from one calendar day to the next and is important for timekeeping? (2)

a)

Tropic of Capricorn

b)

Prime meridian

c)

International Date Line

d)

Arctic Circle

e)

180°

70.

The region between the Tropic of Cancer and the Tropic of Capricorn is known as the:

a)

Temperate zone

b)

Arctic zone

c)

Tropics

d)

Antarctic zone

71.

Which zone is located between the Arctic Circle/Antarctic Circle and 23.5 N/S?

a)

Tropical zone

b)

Temperate zone

c)

Polar zone

d)

Equatorial zone

72.

What is the primary reason for the changing seasons on Earth?

a)

The Earth's distance from the Sun

b)

The tilt of the Earth's axis

c)

The rotation of the Earth

d)

The Earth's elliptical orbit

73.

When it is summer in the Northern Hemisphere, what season is it in the Southern Hemisphere?

a)

Fall

b)

Winter

c)

Spring

d)

Summer

74.

During which celestial events are day and night approximately equal in length? (2)

a)

Spring equinox

b)

Summer solstice

c)

Fall equinox

d)

Winter solstice

75.

Based on the image, what day of the year is it?

a)

June 21st

b)

September 21st

c)

December 21st

d)

March 21st

76.

Based on the image, what day of the year is it?

a)

June 21st

b)

September 21st

c)

December 21st

d)

March 21st

77.

Based on the image, what day of the year is it?

a)

Either March or September 21st

b)

Either June or December 21st

c)

June 21st

d)

December 21st

78.

Which statement about Earth’s aphelion and perihelion is correct?

a)

Earth is closest to the Sun at perihelion (early January) and farthest at aphelion (early July).

b)

Earth is farthest from the Sun at perihelion (early January) and closest at aphelion (early July), which causes winter and summer.

c)

Aphelion and perihelion always happen on the solstices (June 21 and December 21), making the days longest and shortest.

d)

Aphelion means the Sun is closest to Earth at noon, and perihelion means it is farthest at midnight.

e)

Perihelion happens every month at the new moon, while aphelion happens at the full moon.

79.

About how fast does Earth rotate at the equator, and why don’t we “feel” it?

a)

About 1,040 miles per hour (≈1,670 km/h); we move with Earth at a nearly constant speed, the atmosphere rotates with us, and we mainly feel acceleration—not steady motion.

b)

About 100 miles per hour; we don’t feel it because gravity completely cancels motion.

c)

About 67,000 miles per hour; we don’t feel it because Earth’s core spins the opposite way.

d)

About 1,040 miles per hour; we don’t feel it because Earth’s spin turns gravity off during the day.

e)

It changes wildly every day; we don’t feel it because our senses can’t detect any motion at all.

80.

If Earth spans 360° of longitude and each time zone is 15° wide, how many standard time zones are there?

a)

12

b)

15

c)

18

d)

24

e)

30

81.

Which phrasing summarizes Philadelphia’s post-summer solstice daylight trend?

a)

Random fluctuations with no pattern.

b)

Steady gain all summer, then steady gain all winter.

c)

Slow loss → faster loss into early fall → slower loss into winter.

d)

Fast loss in July that stops in August.

e)

No notable change until the equinox.

82.

Which coordinates best match Ottawa, Canada?

a)

50°N, 80°W

b)

45°N, 76°E

c)

45°S, 80°W

d)

45°N, 76°W

e)

50°N, 76°E

83.

Why do many leaves change color in autumn?

a)

Shorter days cause chlorophyll to break down; the green fades, revealing the leaf’s “true” colors.

b)

Cold air adds red pigment to leaves from the atmosphere.

c)

Trees absorb colored minerals from the soil that dye the leaves.

d)

The Earth moves farther from the Sun, which paints leaves in different colors.

e)

Fungi on the leaf surface create the red, orange, and yellow colors.

84.

When GPS shows 0°, 0°, where is that?

a)

Greenwich, UK.

b)

Gulf of Guinea, off the coast of Africa.

c)

North Pole.

d)

South Pole.

e)

International Date Line at equator.

85.

In December, which line receives the most direct Sun?

a)

Tropic of Capricorn

b)

Prime meridian

c)

Tropic of Cancer

d)

International Date LIne

e)

Prime Meridian

86.

Why are summers warmer than winters (outside the tropics)?

a)

Earth is much closer to the Sun in summer.

b)

Oceans stop moving in summer.

c)

Moonlight adds heat in summer.

d)

Winds blow heat from the equator.

e)

Sunlight arrives more directly and for longer hours in summer.

87.

At an equinox, the Sun is directly over…

a)

Tropic of Cancer.

b)

The equator.

c)

Arctic Circle.

d)

Tropic of Capricorn.

e)

Antarctic Circle.

88.

Which city likely has less seasonal daylight variation?

a)

A city at 70° N.

b)

A city at 60° N.

c)

A city at 50° N.

d)

A city near the equator.

e)

A city at 40° N.

89.

Click on the dot that identifies:

0°, 0°

90.

Click on the dot that identifies:

0°, 105°W

91.

Click on the dot that identifies:

45°N, 75°E

92.

Click on the dot that identifies:

30°N, 120°W

93.

Look at the map. Click the point that has the coordinates:

0o, 90o W

94.
Question Image

Match the following

a)

Red

1.

51° N, 0°

b)

Light Blue

2.

60° N, 105° E

c)

Purple

3.

33° S, 22° E

d)

Hawaii

4.

20° N, 159° W

e)

Brazil

5.

5° S, 60° W

95.

What spot on Earth receives the most solar radiation?

96.

Match the following

a)

Europe, Asia, Australia

1.

Eastern Hemisphere

b)

North America, South America

2.

Western Hemisphere

c)

Antarctica

3.

Antarctica

97.
North and South America are in what hemisphere?
a)
Northern
b)
Southern
c)
Western
d)
Eastern
98.
What is the approximate location of letter B?
a)
80oN, 0o
b)
0o, 80oW
c)
80oS, 0o
d)
0o, 80oE
99.
Europe, Asia and North America are in what hemisphere?
a)
Northern
b)
Southern
c)
Western
d)
Eastern
100.
Asia and Australia are in what hemisphere?
a)
Northern
b)
Southern
c)
Western
d)
Eastern