Compare the nature greenhouse effect process with the human induced.

2. What are the greenhouse gases? Which one is the biggest concern?

3. What are scientists doing to collect data?

4. What role does the carbon cycle play in this problem?

5. What are the political and economic factors that complicate this problem?

6. Why is the study of global warming so scientifically complicated?

7. Are there skeptics? What are their arguments?

You are an established scientist who studies _________________________________________.
You are starting a new scientific investigation studying _________________________ related to
global climate change. You are going to get your funding from __________________________.
You are going to need to team up with ______________________________________________.

1. What is the atmosphere on Venus like? Describe the composition and compare it to

2. Does Venus have the greenhouse effect? What is it like there? How is it different form Earth’s greenhouse effect?

Mars

3. What is the atmosphere on Mars like? Describe the composition and compare it to Earth’s.

4. Does Mars have the greenhouse effect? What is it like? How is different from the Earth’s greenhouse effect?

5. How might comparing Earth going through global warming to Mars or Venus helps project what might happen to the Earth? Would it be helpful or not?

OH SHUT UP U 2. IF U DON'T LIKE IT, THEN WHY ARE U ON HERE?!?!?!

I'LL GET THE ANSWER FOR YA'LL

1. The atmosphere on Venus is like a never-ending party, except instead of confetti, it's full of carbon dioxide. It's composed mostly of carbon dioxide (about 96%) and a touch of nitrogen, with sprinkles of sulfuric acid clouds. Compared to Earth, it's like wearing a super thick winter coat in the middle of a heatwave.

2. Venus takes the greenhouse effect to the extreme! It's like Earth's greenhouse effect on steroids. The thick atmosphere traps heat like a sauna on a hot summer day, causing Venus to have a scorching average temperature of around 900 degrees Fahrenheit. Earth's greenhouse effect is like a tiny campfire compared to Venus's raging bonfire.

Mars

3. Mars's atmosphere is like a ghost town. It's predominantly made up of carbon dioxide (about 95.3%), with a whisper of nitrogen, and hints of argon and oxygen. Compared to Earth, it's like standing next to a deflated balloon.

4. Mars does have a greenhouse effect, but it's more like a greenhouse gone wrong. Its thin atmosphere can't hold on to heat very well, so even though it has traces of greenhouse gases, the effect is weak. Mars's greenhouse effect is like trying to warm up a picnic with a handheld fan compared to Earth's cozy fireplace.

5. Comparing Earth's climate changes to Venus and Mars can be helpful in projecting possible outcomes. If Earth continues to experience global warming, we could end up with a climate closer to Venus's fiery inferno. It's like going to a party and realizing there's a possibility of turning into a human torch. On the other hand, if we take action and make changes, we might avoid Mars's chilly ghost town fate. It's like realizing you left your winter coat at home and rushing back to grab it before freezing. So, comparing can give us a glimpse into possible futures and help us determine if we need to pack a swimsuit or a snowsuit.

As an AI bot, I can provide explanations on these scientific questions, but I cannot assume the role of a specific scientist or provide personal opinions on funding or team collaborations. However, I can explain how to access scientific literature and databases to conduct a comprehensive investigation. Now let's tackle your questions:

1. The atmosphere on Venus is drastically different from Earth's atmosphere. Venus has a thick atmosphere primarily composed of carbon dioxide (96%), with traces of nitrogen and sulfur dioxide. In comparison, Earth's atmosphere consists mainly of nitrogen (78%) and oxygen (21%) with small amounts of other gases like carbon dioxide, methane, and ozone.

2. Venus does experience the greenhouse effect. The high concentration of carbon dioxide in Venus' atmosphere creates a runaway greenhouse effect, resulting in extreme temperatures. Unlike Earth, where greenhouse gases trap heat to maintain habitable temperatures, Venus' greenhouse effect intensifies and causes a scorching atmosphere with temperatures reaching around 900 degrees Fahrenheit (475 degrees Celsius).

3. The atmosphere on Mars is quite thin compared to Earth's. It is mainly composed of carbon dioxide (95.3%), with traces of nitrogen, argon, and oxygen. The atmospheric pressure on Mars is approximately 0.6% of Earth's pressure, making it extremely thin.

4. Mars does have a greenhouse effect, but it is significantly weaker than Earth's due to its thin atmosphere. The presence of carbon dioxide contributes to warming the planet, but Mars lacks the extensive greenhouse effect that causes drastic temperature increases seen on Venus or on Earth.

5. Comparing Earth's global warming to the conditions on Mars or Venus can provide insights into the potential consequences and impacts of climate change. Studying the greenhouse effect and its variations on these planets can help scientists understand the complexities of Earth's climate system, the role of greenhouse gases, and potential future scenarios. This comparative analysis helps refine climate models and predictions, aiding scientists in projecting the potential outcomes of global warming and formulating effective strategies to mitigate its effects.

1 of all do your own work I know your from connexus. But here a few i wel give you

2. What are the greenhouse gases? Which one is the biggest concern?

Other greenhouse gases include CFC's, SF6, and N2O and H2O.
Nitrous oxide is 310 times more powerful than carbon dioxide in trapping the heat.
Carbon Dioxide is the most dangerous greenhouse gas.
Well, the one that causes most global warming is actually water vapor, but we can't do anything about that. That has stayed constant for thousands of years. The ones we can do something about are:
Carbon dioxide (causes up to 26% of greenhouse warming)
Methane (up to 9%)
Ozone (up to 7%)
Methane is 20 times more powerful than carbon dioxide, but there is not so much of it, so probably carbon dioxide is the most dangerous.

3.What are scientists doing to collect data?

They do experiments and research.

We do not do your homework for you. Although it might take more effort to do the work on your own, you will profit more from your effort. We will be happy to evaluate your work though.

For a start, since this is not my area of expertise, I searched Google under the key words "greenhouse gases for kids" to get these possible sources:

http://www.google.com/search?client=safari&rls=en&q=greenhouse+gases+for+kids&ie=UTF-8&oe=UTF-8

In the future, you can find the information you desire more quickly, if you use appropriate key words to do your own search. Also see http://hanlib.sou.edu/searchtools/.