Hot+Wheels+Experiment+2012

=**HOT WHEELS EXPERIMENT**=

__Hot Wheels Experiment from 2013__
> =__**Graph 1**__= = =
 * 1.Question:** Does changing the mass of a Hot Wheels car affect the distance it travels
 * 2.Question:** Can a Hot Wheels with with greater mass push a Hot Wheels with less mass a further distance
 * 1.Prediction:** I predict that If I add mass to a Hot Wheels car it will go about 6 feet more than without the extra mass.
 * 2.Prediction:** I predict that a car with greater mass will push a car with less mass further.
 * 1.Method**
 * weight your car (grams)
 * measure out 20 grams of clay
 * using inclined plane release your car and measure and distance traveled (5xs)
 * add the weight to the top of the car and release and measure the distance traveled (5xs)
 * 2.Method:**
 * **weigh your release car and add 20 grams**
 * **weigh your target car using inclined plane release your car without weight to strike the target car at the 4 foot mark. (5xs)**
 * **using the inclined plane**
 * **measure the distance.**
 * Materials**
 * **track**
 * **cars**
 * **clay**
 * **scale**
 * **ruler**
 * Question 1**
 * || **Trial 1** || **Trial 2** || **Trial 3** || **Trial 4** || **Trial 5** ||
 * **Car**
 * (31 grams)** || **252**
 * inches** || **244**
 * inches** || **228 inches** || **255 inches** || **214 inches** ||
 * **car and clay**
 * (41 grams)** || **221 inches** || **191 inches** || **256 inches** || **276 inches** || **253 inc** ||
 * Question 2**
 * || **Trial 1** || **Trial 2** || **Trial 3** || **Trial 4** || **Trial 5** ||
 * **release car**
 * 32 ½ grams**
 * target car**
 * 31 grams** || **110 inches** || **108 inches** || **120 inches** || **108 inches** || **96 inches** ||
 * **52 ½ grams** || **108 inches** || **150 inches** || **120 inches** || **120 inches** || **120 inches** ||

=__**Graph 2**__ =

The answer to my problem was that the car goes further with extra mass,. The answer to my problem was that the car with weight hits the car further.
 * __ Conclusion __**
 * __ Question 1: __** Does changing the mass of a Hot Wheels car affect the distance it travels
 * __ Hypothesis 1: __**I predict that If I add mass to a Hot Wheels car it will go about 6 feet more than without the extra mass.
 * __ Real World Application: __** The car with more mass in real life would probably go less distance unlike what happened in the experiment. This is so because more mass makes gravity pull harder down.
 * __ Question 2: __**Can a Hot Wheels with with greater mass push a Hot Wheels with less mass a further distance.
 * __Prediction 2:__** I predict that a car with greater mass will push a car with less mass further.
 * __Real World Application:__** In real life this would probably happen because a car with more mass will be more resistant to inertia unlike the other car.

This is a little more about the laws of motion.