Maribo LAB 4 Newton\'s Third Law Dianca Lyengas Purpose: observing the time vari

Question

Maribo LAB 4 Newton's Third Law Dianca Lyengas Purpose: observing the time variation of force pairs, and by explaining Newton's Third Law in simple language. Equipment To investigate Newton's Third Law of Motion by observing the directional relationship between force pairs, Two wireless sensor systems, logger pro software, Bluctooth USB dongle Radio, weight hanger, slotted weights, string, rubber band, aluminum plate, table clamp, short rod, hook with collar. Introduction: You may have learned this reaction." What does individual objects, the third law describes an interaction between two bodies. For occurs when you pull on your partner's hand with your hand? To study this interaction, you can use two Force Sensors. As one object (your hand) pushes or pulls on another object(your partner's hand) record those pushes and pulls, which will be related in a very simple way as predicted by Newton's third law of Newton's third law: "To every action there is an equal and opposite only , the Force Sensors will action referred to in the phrase above is the force applied by your hand, and the reaction is the force that is applied by your partner's hand. Together, they are known as a force pair. This short experiment will show how the forces are related Figure I -Collecting force pairs wish twe WDSS uits Preliminary Questions: (Answer these questions in your notebook in complete sentences. You do not need to copy the questions). You are driving down the highway and a bug splatters on your windshield. Which is greater, the force of the bug on the windshield, or the force of the windshield on the bug? Hold a rubber band between your right and left hands. Pull with your left hand. Does your right hand experience a force? Does your right hand apply a force to the rubber band? What direction is that force compared to the force applied by the left hand? 2. 3. Pull harder with your left hand. Does this change the force applied by the right hand? 4. How is the force of your left hand, which is transmitted by the rubber band, related to the force applied by your right hand? Write a rule, in words, for the force relationship. 10

Explanation / Answer

1.Both will be same.But the direction will be opposite.

2.Yes my right hand will experience a force and also it will apply same force to the rubber band.The rubber band applies force on my right hand along my left hand's direction of movement and my right hand applies reaction force to the rubber band in right direction.

3. Yes it will be change with my left hand when my left hand pulls harder.

4.My left hand applies force on the rubber band in my left direction and rubber band transmits that force on my right hand.

The rule is 'to every action there is an equal and opposite reaction; Newton's third law.

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