Force | 1/14/19-1/18/19

Force by Penubag

Summary:

       Force can simply be defined as a push or pull. Force is energy that results from a movement. Force also has a unique relationship with vector quantities as is it is a vector quantity, but it is also the thing that creates vector quantities. This is because a vector quantity is created by a force that has magnitude and direction. Due to how force and motion are directly correlated, force has much to do with motion. The first of the three laws of motion (according to Isaac Newton) is that objects in motion tend to say in motion. At the same token, objects at rest tend to stay at rest (this is also known as the law of inertia). The second law is, "the acceleration of an object as produced by a net force is directly proportional  to the magnitude of the net force (how big the force is), in the same direction, as the net force, and inversely proportional to the mass of the object (how heavy the object is)." In other words, force is equal to mass multiplied by acceleration. The third and final law is that for every action, there is an equal and opposite reaction.

S&EP 5-Using Mathematics and Computational Thinking:

       I used mathematics and computational thinking when answering questions about force. These types of questions were questions that mainly involved net force. I had to use mathematical thinking to add, subtract, and predict. I used mathematics to add when two forces were acting on an object in the same direction. I used mathematics to subtract when two or more forces were acting on the same object in opposite directions. I then had to subtract the smaller force from the greater force to find the net force (the difference of the equation). Lastly, I used mathematics to predict when  being asked questions such as, which side do you think will win the tug of war. I had to take into account the combined mass and force of both sides to try and find the most promising winner. This is how I used mathematics and computational thinking.

XCC-Energy and Matter:

       One thing that I realized this week was that energy and matter play a massive role in the system of force. This is due to how both energy and matter are needed to make force work and exist. This is because of how energy affects force and force affects matter. As energy is needed to actually produce force. In result of this created force, matter is being affected by the force pushing or pulling the matter. For example, if a human scores a goal in a soccer game, he used energy to swing his leg at the ball. This energy created a force that affected the ball (which is matter) which caused the ball to be pushed and move in such a way that it made into the soccer net so that the human could score a goal. This is how energy and matter work in the system of force.

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