# data[].attributes.body
What make and year is the car and does that affect the car's functionality?

What safety features does the car entail?

What is the weight of the car and does that impact the magnitude of the crash?

What type of wheels did the car have and did that affect it's velocity?

How can we use preventative measures to improve the survivability of certain crashes?

# data[].attributes.body
1. What materials are available and reliable to make a safer vehicle?

2. What does the speed of the car before the impact have to be to cause sizeable damage to people in the car?

3. Is there any automatic technology that could stop a car from crashing at a reasonable distance.

4. Are the brakes reliable enough and at good positions to stop in an emergency?

5. Has the car parts been tested to make the safer vehicle?

# data[].attributes.body
What type of metal material can withstand immense force/pressure?

At what time interval does the car's velocity increase and decrease?

What type of engine should a car have in order to prevent a sudden increase in speed?

How should the car's tires be shaped in order to impact the car's velocity to prevent further collisions?

How can we build a more efficient air bag to further protect the driver and passenger when coming into contact with another car or object?

# data[].attributes.headline
Is the car’s ability to let the driver know a vehicle or obstacle is incoming efficient? 

# data[].attributes.subject
Is the car’s ability to let the driver know a vehicle or obstacle is incoming efficient? 

# data[].attributes.body
Is the car’s mass to length in a balanced ratio?

Is the cars defensive mechanism successful?

Does the car send signals telling you to slow down?

Is the car’s acceleration and deceleration strong enough to instantaneously stop or go?

-Ezra

# data[].attributes.body
1. How does the size of the vehicle effect the collison?

2. What material would be the safest for accident?

3. How does weight distrabution effect collisons?

4. Does the angle change the outcome of the crash?

5. What effect does fuel have on crashes?

# data[].attributes.body
What are the safety protocols built in a car to save the driver and others from accidents?

How can we improve these built in safety protocols when an accident is about to happen?

How can we design a car to take preventive cautions while on the road despite the driver's inability to?

How can we use a car's features to notify when the driver or car is about to become or being a potential threat on the road?

How can we lessen the dangers of a car when it comes to unsuitable drivers?

# data[].attributes.body
What speeds do the most damage?

What speeds are the least fatal?

How can we make the car absorb more force?

How do the cars react to different terrians?

Does the material of the car change the outcome? Does the fuel contribute to anything in the crash?

# data[].attributes.body
Does the weight of the car affect the impact of the crash?

How does terrain affect the collision?

How much do brakes lessen the impact of the collision?

Does the size of the car have any effect in a collision?

What types of tires can reduce the impact of a collision?

# data[].attributes.body
1. Does the speed of the car affect the impact of the crash.

2. Does the shape of the car affect the amount of damage to the car during a crash.

3. Does the material of the car protect the passengers in the car better?

4. What ways can the car automatically stop itself from crashing.

5. What type of brakes/tires can efficiently and quickly stop the cars movement completely.

# data[].attributes.body
1. What fuel does the car run on?

2. How fast can the car go?

3. What materials are the car made of?

4. What is the mass of the car?

5. How reliable are the breaks?