WorksheetsEarth’s Energy Budget & Climate Systems
Total questions: 50
Worksheet time: 25mins
How do human activities contribute to changes in Earth's energy systems?
By increasing greenhouse gas emissions
By reducing the use of fossil fuels
By promoting reforestation
By enhancing solar energy usage
What steps can societies take to mitigate these effects?
Implementing renewable energy solutions
Ignoring environmental issues
Increasing fossil fuel consumption
Promoting deforestation
What are the long-lived greenhouse gases mentioned in the diagram?
Carbon dioxide, Methane, Halogenated gases, Nitrous oxide
Oxygen, Argon, Neon, Helium
Water vapor, Ozone, Carbon monoxide, Sulfur dioxide
Hydrogen, Helium, Neon, Krypton
Which of the following is a short-lived gas that creates ozone or destroys other greenhouse gases?
Methane
Carbon Dioxide
Nitrous Oxide
Hydrofluorocarbons
What is the effect of aerosols on radiative forcing according to the diagram?
Aerosols have a cooling effect on radiative forcing.
Aerosols have no effect on radiative forcing.
Aerosols have a warming effect on radiative forcing.
Aerosols increase the greenhouse effect.
What are some human activities that cause climate change?
Planting trees
Burning fuels
Using clean energy
Building cities that trap heat
Fill in the blank: Using clean energy, planting trees, and making cities greener can help ______ the problem of climate change.
fix
worsen
ignore
exacerbate
What are some human activities that cause climate change?
Using clean energy
Burning fuels
Planting trees
Making cities greener
Fill in the blank: Using clean energy, planting trees, and making cities greener can help fix the problem of ___________.
climate change
greenhouse gases
global warming
pollution
What should you do when you leave a room to save energy?
Turn off lights when you leave a room.
Leave the lights on.
Open all windows.
Turn on the fan.
Why is it important to unplug electronics when not in use?
To save energy and reduce electricity consumption.
To increase the lifespan of the electronics.
To prevent electronic devices from overheating.
To avoid electromagnetic interference.
When should you use air conditioners to save energy?
Only when absolutely necessary, and in energy-saver mode.
Whenever you feel hot, regardless of the time of day.
During peak hours when electricity demand is high.
All day long to maintain a constant temperature.
What is the measure of hotness or coldness?
Fahrenheit
Celsius
Kelvin
What are sunlight, solar energy, and electric radiation collectively known as?
Solar radiation
Lunar radiation
Thermal radiation
Cosmic radiation
What would happen if Earth's atmosphere suddenly absorbed more solar radiation than usual? How might this impact temperature, weather patterns, and ecosystems over time?
The Earth's temperature would decrease, leading to cooler weather patterns and stable ecosystems.
The Earth's temperature would increase, leading to altered weather patterns and disrupted ecosystems.
There would be no significant change in Earth's temperature, weather patterns, or ecosystems.
The Earth's temperature would remain constant, but weather patterns and ecosystems would change drastically.
What would happen if Earth's atmosphere suddenly absorbed more solar radiation than usual?
The Earth's temperature would decrease.
The Earth's temperature would increase.
There would be no change in Earth's temperature.
The Earth's atmosphere would become thinner.
What is the boiling point of water in Kelvin?
373.15
273.15
100.00
212.00
At what temperature does water freeze in Celsius?
0
-10
100
50
What is the absolute zero temperature in Fahrenheit?
-459.67
-500
-400
-273.15
Identify the part labeled as 1 in the microscope diagram.
Eyepiece Tube or Body Tube
Objective Lens
Stage
Base
Identify the part labeled as 2 in the microscope diagram.
Nosepiece
Eyepiece
Stage
Objective lens
Identify the part labeled as 4 in the microscope diagram.
Stage Clips
Eyepiece
Objective Lens
Base
The first step to properly use a microscope is:
Adjust the eyepiece
Turn on the light source
Place the slide on the stage
Focus using the coarse adjustment knob
What should you do after using the nosepiece to turn to low power objective?
Adjust the focus using the coarse adjustment knob
Switch to the high power objective
Clean the lens with a tissue
Turn off the microscope
How do you ensure the slide doesn’t move greatly on the stage?
By using a cover slip
By adjusting the focus knob
By securing it with stage clips
By cleaning the stage
What should you do while looking through the eyepiece to focus the specimen?
Adjust the coarse focus knob
Adjust the fine focus knob
Move the slide around
Change the eyepiece
In the summer, it gets hot because Earth is closer to the sun.
True
False
In the summer, it gets cold because Earth is closer to the sun.
True
False
What causes the different seasons on Earth?
Earth's tilt and orbit around the Sun.
The distance of Earth from the Sun.
The phases of the Moon.
The rotation of Earth on its axis.
Which of the following is NOT a season?
Spring
Winter
Summer
Eclipse
The Earth's tilt is responsible for the polar day and polar night.
True
False
What is Earth's energy budget?
The balance between incoming solar radiation and outgoing energy from Earth's surface and atmosphere.
The total amount of energy consumed by all living organisms on Earth.
The amount of energy produced by Earth's core.
The energy required to maintain Earth's gravitational pull.
Which of the following is a result of the energy distribution from the Sun?
Formation of mountains
Global temperature patterns
Creation of new species
Increase in Earth's mass
Variations in Earth's energy balance can have profound effects on Earth's climate.
True
False
What is the value of incoming solar radiation according to the Earth's energy budget diagram?
340.4 W/m²
300 W/m²
400 W/m²
250 W/m²
According to the Earth's energy budget diagram, how much solar radiation is reflected by clouds and the atmosphere?
77.0 W/m²
50.0 W/m²
100.0 W/m²
25.0 W/m²
What is the total outgoing infrared radiation as shown in the Earth's energy budget diagram?
239.9 W/m²
200 W/m²
300 W/m²
150 W/m²
In the Earth's energy budget diagram, what is the value of solar radiation absorbed by the surface?
163.3 W/m²
100 W/m²
200 W/m²
150 W/m²
According to the Earth's energy budget diagram, what is the value of back radiation?
340.3 W/m²
300 W/m²
400 W/m²
250 W/m²
What could lead to more extreme weather, such as stronger storms and longer droughts?
Climate change
Natural cycles
Urbanization
Deforestation
What is the migration distance of the wildebeest?
1,000 miles (1,609 kilometers)
500 miles (804 kilometers)
2,000 miles (3,218 kilometers)
750 miles (1,207 kilometers)
The arctic tern has the longest migration distance among the animals listed.
True
False
The leatherback sea turtle migrates a distance of ______ miles.
7,400 miles (11,909 kilometers)
5,000 miles (8,046 kilometers)
10,000 miles (16,093 kilometers)
3,000 miles (4,828 kilometers)
Over time, these changes could disrupt food chains and global climate patterns. What are the potential impacts of these disruptions?
Increase in biodiversity
Disruption of ecosystems
Stabilization of climate
Decrease in sea levels
What is Earth's energy budget?
The balance between incoming solar radiation and outgoing energy from Earth's surface and atmosphere.
The total amount of energy consumed by human activities on Earth.
The amount of energy stored in Earth's core.
The energy produced by Earth's gravitational pull.
Which of the following is a result of the energy distribution from the Sun?
Global temperature patterns
Ocean currents
Weather conditions
All of the above
Variations in Earth's energy balance can have profound effects on Earth's climate.
True
False
What do greenhouse gases do to the atmosphere?
Cool it down
Trap heat, warming it
Reflect solar radiation
Emit heat radiation
Increased levels of greenhouse gases amplify warming, driving ________ change.
climate
economic
political
social
Energy flow models can predict long term effects of rising greenhouse gas levels on ecosystems and weather by:
Analyzing historical climate data
Simulating interactions within ecosystems
Measuring current greenhouse gas emissions
Predicting short-term weather patterns
