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Inertia isn't preventing your from stop, a better word might be stopping you from stopping. "lol" is also not appropriate for a padlet's answer. However, the short answers did answered the question, although adding some more details might help.

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is very easy to understand, the explanation is very clear and detail.

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Both of the diagram should add arrow to show the direction of the force. Didn't write which Newton's law does it use.

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we learn how rockets are launched to space. nice diagram for the rocket. The explanation for the rocket is pretty good.

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We learned that it is very important to wear seatbelts because our inertia will keep us going when the car stops, and if we want to stay alive, we have to wear seatbelts, which is another force stronger than inertia that stops us from moving forward.
The diagram provided by the group explains clear that setbelt stops us when we move forward.

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Use Newton's Laws to Explain the following...

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Use Newton's Laws to Explain the following...

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1. Explain what happens when you release an untied balloon? Why?

2. Describe what happens to you if you are riding a skateboard and hit something (like a rock) with the front wheels. Explain why what happens, happens.

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If you want to use a diagram, maybe giving the credit to the diagram owner would help on inproving your citations score. However, the bold part mentioned the most important part in the answer, this is good for the lazy people who only want to read the brief answer.

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The diagram need to show how the force work.

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Langhans, M. (n.d.). Newton's 3rd Law of Motion: Action/Reaction Law. Retrieved June 18, 2020, from https://www.sophia.org/tutorials/newtons-3rd-law-of-motion-actionreaction-law

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the content is comprehensive, using the skateboard as an example to explain the gravity

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Very clear diagram.
Clear explanation.

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Diagram clearly explains what's happening - what about the diagram explains this the best?

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Newton's first law (Seatbelt Problem)

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Use Newton's Laws to Explain the following...

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Use Newton's Laws to Explain the following...

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1. Describe what happens to you if you try and push Mr. Q. Explain what happens if he pushes you with the same force?

2. Explain why a hunter holds his shotgun next to his shoulder while shooting.

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88n- The game Tug of War works use the newton's third law.
- According to newton's third law, each team pulls the opposite team with equal force. As long as the force from two teams are equal, the game works. - actually, no one will win if this is the case. You need to change this explanation using ALL three of Newton's Laws.
- When the force exerted by one team decrease, the force exerted by other team decrease too.

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1.  The fuel is burned, it goes out from the bottom of the rocket. According to 3rd law of Newton's law, it create an equal and opposite force. As the fuel burn, the weight decrease and the thrust increase. When the thrust is greater than weight, the net force is positive upward, so the rocket will launched.
- What is the difference in the acceleration of the rocket exhaust and the acceleration of the rocket? Why?

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1. Base on Newton's third law, when we push Mr.Q, i would feel a force pushing me back at the same time.

- What would be the difference if Mr. Q pushed on you with the same force? How would your motion be different than his?

2. The recoil of the gun was too big for people to just hold the gun within two hands. So people uses their shoulder to help support the gun when there is recoil.

- What happens if the shooter does not hold the gun to his shoulder when he shoots?

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1.  We would fall down, because Mr. Q contains more mass than we do, meaning more force would be required to make us fall down compared to Mr. Q. According to newton's third law, when you push in a direction the same force would push you back. - More force? Are you sure? Perhaps it is not the force but something else?

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2. He will feel a force hit on his shoulder because the gun's recoil. The powder explode so that the bullet shoot out and also a force act back on his shoulder.

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1. Newton's first law - If you don't use seatbelts while riding a car, your body won't be able to stop when your car stops. There is no force to stop you from moving.
2. Newton's first law -  Because there is friction that acts on the car but not on your body so your body won't be able to turn left with the car.
- friction is an issue, but it affects you more than the car? why? The is more to this than friction? How does the first law explain this?

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Newton 3rd Law
1. the air that got released from the ballon will push back up so the ballon fly up.

- how quickly does the air move compared to the balloon? Why?
According to Newton's 2nd law, the balloon will move quickly because the balloon has a larger mass. When the force applied on both things is the same (third law), the one with the larger mass will move slower.

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Newton's 1st Law
When you're riding a skateboard and hit a rock, the skateboard will stop but you will continue moving forward and eventually fall down. That is because your inertia will preventing you from stopping but you will still fall due to gravity lol. Gravity is very strong.

- Why does the skateboard stop more quickly than you?
Newton 2nd Law, because the skateboard has a lighter mass.

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Use Newton's Laws to Explain the following...

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Use Newton's Laws to Explain the following...

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1. Explain how rockets are launched into space?  Hint: Discuss inertia, acceleration, and force during different parts of a rocket’s flight.

2. Describe how the game of Tug of War works (not the rules, but why).

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Use Newton's Laws to Explain the following...

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Use Newton's Laws to Explain the following...

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1. Explain why should we wear seatbelts when riding in a car?

2. Describe why you seem to be pushed to the right side of the car when it turns left?

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1) Discuss the assigned questions and post a group response for each question making use of each of Newton's Laws to describe the motion. Make sure you label your response with the question's text.
2) Create a diagram showing the motion in each question and label what is going on and why. Take a photo of the diagram and upload with your assigned question's response.
3) Review the postings from other groups and give two thoughtful positive comments about how Newton's Laws explain the motion and one constructive suggestion to make the explanation still better. Make sure you identify your group in your comments. Do not repeat other comments.