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Now there is a difference, but what you can assert is that everything was involved in the process although as for mass, it just stays there. Rather it is set points given at a random time. Each point is different from each other and all the points have a single place over the whole chart. The points seen are all over the graph and don’t follow a particular line and rate.
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There is nothing similar and there’s not an exact pattern of the trails and points seen in the graph. Also it is much different than the pattern of other graphs for as this one it does not follow a specific rate. Probably much harder when going through the experiment than other, along with detailing what it exactly looks like. This time it has a difference in between both the battery drainage and the mass. This explains the battery drainage which is more different then the past experiments. This next chart actually shows a much different factor role. This is very obvious because both play a part in changing each other. This shows that if the force on a truck goes faster (the speed), the acceleration will go up. This proven fact can be tested with the same example for the last chart. Although for both acceleration and force it is changing dynamically. Also, while both change, the mass will stay constant. It explains how whatever and whenever the force is being exerted down to the weights, the acceleration follows its path and does the same exact thing. This procedure and change explains what is to happen. And then the experiment changes to being 160, and the mass stays the same, the acceleration would then change to 25. And the mass equals 4, and the acceleration equals to 16. For example, if the force equaled 60 Newton’s. Whenever the mass stays the same, the force and acceleration goes up. Since the newton’s second law of motion explains that Force is equal to mass multiplied by acceleration (f=ma), the three counterpart factors each play a different part. Power level equals exactly to the force that is pushed through both of the weights. This one shows the partnership that is between both acceleration and power level. This chart is completely different from the other chart. This is what the principle of newton explains and is made to understand because of the given reasoning it will provide a much bigger difference. This shows that even if the force exerted is the same, the acceleration will be different. Now no matter what the pushed force is, the motor cycle will go faster. Now as anyone can tell the lighter of the two would be either the bicycle or the motorcycle compared to the car. Of a good example to explain the situation would be one a regular moving car with comparison to a motorcycle. Now one common thing that was depicted through the experiment is that the net force was the same the whole time. Also the bigger point was that the more force is needed than acceleration to move any sort of heavy object than it would need to move and accelerate a less heavy one. It also takes more force to push forth a heavy object than one that does not have a heavy weight. What the force does is when added for a need to accelerate it is needed for a heavy push. This is a perpetual change, because there is a need for force to play factor. As much as the mass would increase, the acceleration would decrease. When the mass was suddenly increased, the acceleration tended to go down and decrease. The line that is going through the graph within shows the change of the mass along with the acceleration toward its intensity. This graph right below explains the following relationship:. After doing the first set up, we see that the first partnership is one that is with acceleration and mass. So we designed a simple system of a pulley where the robot control part would lift the set of the measurements and weight and then it would calculate it through the computer program. We also had to measure it through a system of a pulley. Both of the generated device and the program could tell the difference that they play within each other. To do such a thing we need a specific type of device along with the computer program called Lab View. At first time, the experiment was made to see the distinguishing factors of acceleration, mass, battery discharge and power level. Also the mass is also inversely proportional. Newton’s second law of motion where it states that the body‘s acceleration is directly proportional to the force. Just in our recent lab, we have tested one of the most fundamental laws of Newton in physics.