Saturday, April 23, 2016
So, is the force still with you? Thinking back to Forces and Motion, how would you define a force? What happened to the force when we pulled on our elastic bands? How do we measure force? Use these questions to stimulate your thinking as you write your response. Also, respond to at least one classmate to keep the discussion going.
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Remember to respond thoughtfully and respectfully to your classmates as you make your posts. Sign in with your school email and please post your initials and class period to receive credit. (Ex. LZ, P.8)
ReplyDeleteForce is a push or pull of an object. When we pulled on our elastic bands, the bands got more tensed the farther they stretched then when we let go it went back to it's original shape. We measure force in newtons. JR,P.1
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DeleteCS, P1 What I remembered about Force was that you can use it to move objects by pushing them or pulling them. Also when my group was using the elastic bands ours created energy that was stored up and when it was released it was going very fast because of the force of the elastic band
DeleteAD, P1 Force is a push or pull on an object measured in Newtons. When my group did the lesson with the elastic bands, I remember that the amount of force in Newtons increased more based on how far we pulled the bands back.
DeleteAG,P1 Agree that force is measured in newtons
DeleteJG, P.1: Test
ReplyDeleteZC P.3: Test
ReplyDeleteGF P.4: Test
ReplyDeleteAC: P7: Test
ReplyDeleteForce is a push or pull on an object. It's measured in newtons, and when we pulled back on our elastic bands, the amount of force increased by a lot.
ReplyDeleteGood response, when you say a lot, what do you mean exactly? Remember to put your initials and period when you post.
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DeleteJG P7 i agree with you
DeletePC,P.4 I agree that force is measured in newtons
DeleteMS,P1 I agree with what you have to say
DeleteDN:P.8 I agree that the amount of force increased when we pulled back the elastic bands.
Deletei agree with your answer because i checked my notes and you were right
DeleteKR:P.8.: Test
ReplyDeleteJG: P7: Force is a push or pull motion on any object, we measure force in newtons. When we pulled the elastic band the force increased because there was more tension.
ReplyDeleteYes, I agree with your explanation SG: P3
DeleteZC: P3 You made a very good explanation of what force is. The only thing I you should add is that you should say to measure force you need a spring scale. JG: P7
DeleteI agree the more tension we put on the elastic band the more force we used JM P.4
DeleteWhenever there is an interaction between two objects, there is a force applied to each one of the objects. The formula for force is force= mass x acceleration (F=MxA) SG: P3
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DeleteI agree. When there is any interaction between two objects there is force involved. NG: P7
DeleteI agree with that. Also, I like how you included the formula in there.
DeleteZC: P4 Force is the interaction between two objects that has a pushing or pulling motion when applied. We measure force in newtons using a spring scale.
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ReplyDeleteForce is a push or pull on an object. The force increased when we pulled on our elastic bands. That is called elastic force. We measure force in Newtons on a spring scale. NG: P7
ReplyDeleteI agree with your answer nina RC:P.3
DeleteI agree. Elastic force occurred when we pulled on the rubber bands. EL: P3
DeleteRC:P.3 force is a push or pull on an object. When we pulled our elastic bands a thing called elastic force occurred when the bands stretched with the force we were applying to it. we measure force in newtons.
ReplyDeleteEL: P3. Force is a push or pull on an object. There are various different forces, including elastic force. Elastic force took place when we were pulling on the rubber bands. The elastic force was increased when we pulled the bands back more and more.
ReplyDeleteI agree, Erin. The force was increased and can increase drastically if pulled more and more. JJ P:3
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DeleteI agree Erin that there are many different types of forces for example Gravity is a force too.
HM p.4
JJ: P3 Force is the push or pull on an object based on physical action or movement in any way. The elastic band that was pulled had an increase in force and when released would be sent flying far because of the force involved. We measure force using a spring scale and the formula Force = MassXAcceleration.
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DeleteI think the definition you used for force is really thought out. I think it is great!
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DeleteI like how you talked about the rubber band experiment and the mass formula.
DeleteI like how you talked about the rubber band experiment and the formula for force. AT P7
DeleteNice mention of the formula used to find the force
DeleteVery good explanation in my opinion, relating it to real life experiments was a nice addition to.
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ReplyDeleteA force is a push or a pull on an object. The elastic band that we pulled force was stronger when we pulled it farther apart. We measure force in newtons HM p.4
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ReplyDeleteA force is a push or pull on an object. The farther we pulled the elastic band the harder it was to pull. If too much force the rubber band can break. You measure force in Newtons. JM P.4
ReplyDeleteJaclyn, you met the requirements for this assignment and did a nice job responding to a classmate and answering the questions.
DeleteI agree with your answer! I like how you said what kind of example of force is through a rubber band and how you can measure force.
DeleteA force is a push or pull physically impacted on an object. There are many different types of forces like magnetic force or elastic force. If you stretch a rubber band, the harder it is to pull. If you stretch the rubber band too far than it might break. One way to measure force is through Newtons.
ReplyDeleteI agree with you, I liked how you said the types of forces and what might happen if you stretch the rubber band to far.
DeleteI agree with you, I liked how you said the types of forces and what might happen if you stretch the rubber band to far.
DeleteSC,pd:3^^^^^^^
DeleteI agree with everything you said and thought it was worded very well.
DeleteLO:P4 ^
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ReplyDeleteKQ,P.3^
ReplyDeletePC,P.4 I think that force is a push or pull on one object. Also when we pulled on are rubber bands they got bigger. We measure force by newtons.
ReplyDeleteKR,P.8
DeleteWhat d you mean by 'Got Bigger'? I don't understand
KR P.8 A force is a push or a pull on any object.
ReplyDeleteWe measure forces in Newtons.
When we pulled the rubber band far enough, the band lost its elasticity
What do you mean "lost its elasticity"? I don't understand what your saying.
DeleteI think she meant that the rubber bands broke after pulling it far enough haha
DeleteI agree with you, but the band never lost it's elasticity unless you broke it...
DeleteAN,Pd4; A force is a push and pull to an object and when we pulled back our rubber band,it flew so fast because force was involved. We measure force in newtons
ReplyDeleteSC,PD:3, Force is to push or pull on a object/ make something move, when we pulled make the rubber bands they streched out making to force increase allowing some of them to break. We measure force in newtons.
ReplyDeleteSC,PD:3, Force is to push or pull on a object/ make something move, when we pulled make the rubber bands they streched out making to force increase allowing some of them to break. We measure force in newtons.
ReplyDeleteAI:P8:
DeleteI really thought that you have a lot of information but I think you should have talked about what happens when u stretch out the rubber band like when it returns and what the force is called.
I think you have a lot of good information and I agree with what you said it makes a lot of sense. But you should have talked more about the rubber bands on like its shape.
DeleteAT,P7: force is a push or a pull on an object/the farther we pulled back the rubber band the greater the force/force is measured in newtons
ReplyDeleteI agree with you about the rubber bands and how the force is greater!
DeleteI agree with you;the further you pull it, the more force there is.
DeleteLT,P3: Force is when there is a push or pull on any object. the more we pulled back on the rubber band the more force there was. force is measured in newtons
ReplyDeleteI agree with you about the rubber band.
Deletei agree with what you said & how the rubber has to do with force
DeleteAI:P8:
ReplyDeleteForce is to push or pull on a object , make another object move, when we pulled the rubber bands they stretched and the rubber band comes back. we call that elastic force. We measure force in newtons.
I agree with you! especially on the rubber band part
DeleteIG period: 7 A force is a push or pull on an object, example: a person pushing a wagon. When we pulled our elastic bands they stretched and expanded outward. You measure force in newtons.
ReplyDeleteVA: P8: I agree, and I love your example!!
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ReplyDeleteJackson Geraghty PD 1
ReplyDeleteForce is a push or pull on an object. You measure it in newtons. The further back you pull the rubber band the harder it is to pull.
So true
DeleteIG perod:7 I agree with Sofia about the rubber bands snapping because of the force that was applied to them when pulling/ stretching them.
ReplyDeleteA force is when you're pushing or pulling an object. When we pulled our elastic bands if you pulled far back the more velocity the force will have. And motion is just the movement of the object. We measure force in Newtons.
ReplyDeleteES, P4
DeleteMC:P7: A force is a motion created by a push or a pull. When we pulled the elastic bands, the further you pull it back, the faster it goes forward. Force is measured by Newtons.
ReplyDeleteAT:P7: I agree with you because when we pulled it back farther it went faster forward and the more we stretched it the more force it had.
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ReplyDeleteMM:P8: A force is a push or pull on a object. For example, one type is elastic force. We pulled the rubber bands & made elastic force. The farther we pulled resulted in more force. Force is measured in newtons :)
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DeleteI agree with Mana because, when I pull a rubber band farther it comes back harder and faster.
DeleteI agree with Mana because when we pulled the rubber bands back, it did create elastic force.
DeleteAT:P7: Force is measured in newtons (N). Force is a push or pull on an object. When we pulled back the rubber bands it was a result of elastic force because it went back quick and returned to it's original shape.
ReplyDeleteVA:P8 A force is something that pushes or pulls an object. The force on the elastic band was measured by its elasticity. If we pulled it it would stretch and if we pulled it to far it would loose its elasticity. We measure force in Newtons.
ReplyDeleteHS: P4: A force is when something pushes or pulls another object. When we pulled the elastic bands, the force was like an elastic force because it went out fast and came back to its same shape it had. To measure force in newtons.
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DeleteIR: P8: I agree that the rubber band goes back to it's original shape.
DeleteIE: P7: A force is a push or pull on an object. When we pulled the rubber bands it stretched, this happened because of elastic force. When we let go it came back to it's original shape. We measured force in Newtons.
ReplyDeleteI believe Ibrahim because elastic force definitely had an impact when stretching the rubber band. Also, the rubber band did come back to it's original shape.
DeleteKG: P1
ReplyDeleteA force is a push or a pull on an object. When we pulled the elastic bands, we used the force in our hands to make the band stretch. When we let the band go, elastic force made the band come back to its original shape. We measure force in Newtons.
IR: P8 I agree with you. Newtons are also measured with a spring scale.
DeleteJC P3:
DeleteI agree with you, I also like how you added the extra comment of the rubber band going back to it's original shape.
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ReplyDeleteIR :P8 A force is a push or pull on an object. When we pulled our elastic bands it stretched out because elastic force allowed it to pull without breaking. When we let go, it went back to its original shape. Force is measured in newtons.
ReplyDeleteI agree with you because you gave a good explanation.
DeleteMrs. Zazzali: All Periods: Everyone did a great job defining force, explaining our example with the force of an elastic band and how we measure force. I like the way you are responding to your peers in a respectful manner. Try to add something by giving another example of force.
ReplyDeleteDF:P4 A force is a push or pull on an object. When we pulled our elastic bands, the bands kept stretching due to elastic force. We measure force in newtons.
ReplyDeleteZC:P7: A force is a push or pull on an object. When we pulled our elastic bands, they kept stretching because of elastic force. When we let the bands go, they formed into their original shape. Force is measured in newtons.
ReplyDeleteMO:P7 A force is any push or pull that acts upon an object. Example is a rubber band, when we pull it back we are applying a force to it. To measure forces, we use newtons.
ReplyDeleteMO:P7 A force is any push or pull that acts upon an object. Example is a rubber band, when we pull it back we are applying a force to it. To measure forces, we use newtons.
ReplyDeleteGR:P1 Good job explaining that was going to be my second choice for my example but you could went on with after newtons
DeleteA force is a push pull on a item for example a rubber band on a mouse trap when it snaps
ReplyDeleteI like how you connected it to another lab we did.
DeleteGR:P1 A force is a push or pull on a item for example a rubber band on a mouse trap when it snaps.
ReplyDeleteMO:P7 I agree with your explanation, but you could've elaborated on the example a little bit more.
DeleteAM:P4
ReplyDeleteA force is an inviable pull in any direction. Like how Gravity is a force.
IR: P8 A force is a push or pull on an object. When we pulled on the rubber band the force increased. We measure force in Newtons using a spring scale.
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ReplyDeleteMH:P1 Force is a push or a pull on an object. When we did the rubber band experiment, as we were using more force, the rubber band became harder and harder to pull.
ReplyDeleteYes exactly. I agree.
DeleteAC:P8I agreee with you. The way you worded it was great!
DeleteI totally agree.I liked how you described that the further we pulled back the harder it was to pull. Just remember to put how we measure force.
DeleteI totally agree.I liked how you described that the further we pulled back the harder it was to pull. Just remember to put how we measure force.
DeleteES:P1 A force is a push or pull on an object. When we did the rubber band experiment the force became greater
ReplyDeleteMH:P1 I agree with Beth because as we added more force, not only the rubber band became harder to pull but the mousetrap car went faster.
DeleteCG P1: I agree with you Beth and your answer is really good, but I think you should've added how we measure force.
DeleteAC:P7 A force is a push r pull of any object. Using the rubber band experiment for an example, as we pulled the rubber band we could see that the forced increased. To measure force we used newtons and a spring scale.
ReplyDeleteRS:PD7- A force is a push or pull on an object. The farther you pull the elastic band the greater the force. It's measured in Newtons.
ReplyDeletei agree wiht molly because each time we pulled the band it got harder and harder to pull.
ReplyDeleteCC: P4
ReplyDeleteA force is a push or pull on some sort of object. When you pull the elastic band further the amount of force will rise and it will snapback a lot faster. It can be measured in newtons.
snapback is a good way to express that
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DeleteI agree with Arianna because the further we pulled back the rubber band it made the force greater and it snapped back faster and harder.
ReplyDeleteCG P1: A force is a push or pull upon an object resulting from the object's interaction with another object. When we pulled on our elastic bands, we could tell that the force increased. We measure force using a spring scale in Newtons.
ReplyDeleteJC: P3
ReplyDeleteI would define a force as a push or pull on any object. The farther we pulled the rubber band the more force was applied to the rubber band. We measure force using Newtons.
MB:P8
ReplyDeleteA force is a push or pull on an object, When we pulled back on the rubber band it got more powerful when you let it go, force is measured in newtons.
AR:P7 Force is a push or pull on an object. We measure force in newtons. When we pulled the rubber band further back the stronger the force was. Also the further we pulled back the harder it was to pull.
ReplyDeleteAR:P7 Force is a push or pull on an object. We measure force in newtons. When we pulled the rubber band further back the stronger the force was. Also the further we pulled back the harder it was to pull.
ReplyDeleteA force is any motion or energy acting on an object. The farther we pulled the rubber band, the more force we applied. We measure force by pulling on a spring scale and the unit if measurement is joules.
ReplyDeleteCF-P1
I agree with cooper because the farther we pulled the rubber back the more force we applied to it
DeleteI agree with cooper how he said we measure force in newtons when we pull a rubber band
DeleteI agree with cooper how he said we measure force in newtons when we pull a rubber band
DeleteMeasurement is newtons*
ReplyDeleteNice edit.
DeleteI agree with arianna because the farther we pulled the band, it was harder to stretch.
ReplyDeleteForce is a push or pull on an object. When you pull on the rubber band it gets harder and harder to pull it back.
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DeleteI agree with Morgan because force is a push or pull on an object.
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ReplyDeleteI agree with amanda that the rubber band goes farther when you pull harder or farther back
DeleteA force is a push or a pull on an object. The rubber band goes farher when you pull harder or farther back.
ReplyDeleteI agree with Amanda because it was similar to my response and I found it interesting because I forgot add that since you will get a greater effect if you pull more on the elastic band it becomes harder to pull on as well, being an example of Isaac Newton's third law of motion
DeleteNice connection to Newton's laws
DeleteI agree with Amanda because force is a push or pull on any object.
DeleteForce is a push or pull on an object. We use newtons to measure force. In class it was harder when we pulled the rubber band back.
ReplyDeleteI agree with Morgan it was harder to pull the rubber band back farther.
ReplyDeleteJD:P4 Force is a push or pull of an object. a push moves it away from you a pull moves it closer to you like a example push a door or pull a door comes and leaves
ReplyDeleteJD:P4 Force is a push or pull of an object. a push moves it away from you a pull moves it closer to you like a example push a door or pull a door comes and leaves
ReplyDeleteDN:P.8 Force is a push or pull on an object. The farther we pulled the elastic bands, the more force they had. Force is measured in Newtons.
ReplyDeleteI agree with you in regards to your definition of force.
DeleteI agree with your definition of force.
DeleteHR:P.3 Force is when an object is pushed or pulled. When we pulled out rubber bands, force caused them to bounce back. We measure force in newtons.
ReplyDeleteSO:p.3 force is when you push or pull on an object. In our experiment with the the rubber bands when we pulled it back more the more force it had on it and it went further. We measure force by using newtons.
ReplyDeleteTotally agree with you.
DeleteMC:P4 Force is when you push or pull on an object. When we pulled on our elastic bands more force was created when we pulled the band back further. We measure force by using a measurement form known as Newtons
ReplyDeleteNF:Force is when a push or pull is applied to an object. when we pulled the rubber bands the force grew when we pulled more. we measure force in Newtons.
ReplyDeleteI agree with Helen because when we pulled the bands they did bounce back.
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ReplyDeleteJoseph Lambiase: period 7: a force is a push or pull on an object. For example, we stretched a rubber band and when we stretched it we were applying force to the rubber band.
ReplyDeleteAA P8: Force is a push or a pull on a object. The experiment we did on the rubber bands as when we pulled the bands the force was getting greater. Force is measured by newtons.
ReplyDeleteSA.p4 i also agree that force is a push or pull on a object
ReplyDeleteAR.p8: A force is a push or pull on an object. The more we pulled on the rubber bands, the force grew greater. Force is measured in Newtons.
ReplyDeletemd p3
ReplyDeleteforce is the push or pull of a object. the further we pulled the rubber bands the greater the force. we measure force in newtons.
rv p3.i think that michael is right because the more the rubber band id pulled the faster it goes
Deleteforce is a push or pull on an object. For example when we pulled the elastic band back, the force pushed it back to its original spot. Force is measured in Newtons.
ReplyDeleteTR P7
ReplyDeleteforce is measured in Newtons. force is any push or pull on a object. for example, when we pulled the rubber band further and further the greater the force became.
Force is the push or pull of an object measured in newtons.For example when we used the rubber bands the farther we pull the greater the force OM P1
ReplyDeleteAS:P7: I liked how you related force to a lab that we all did. I also agree
DeleteGZ; P3 A force is a push or pull against an object. for example during the rubber band project the farther we pulled the rubber band, The greater the force.
ReplyDeleteRV: P3: i think that the best way to define a force is something that can move something
ReplyDeleteAG,P3 Force is a push or pull on an object,It is also measured by newtons. The amount of force increased because of how for you pulled the bands back.
ReplyDeleteI agree with you anthony but also U can use force on other things not just rubber bands H.M p.4
DeleteAS: P7: Force is a push or pull on an object. It is measured by newtons. The amount of force is increased or decreased depending on the experiment.
ReplyDeleteA force is a push or a pull on an object. A force is measured in newtons. Force will increase or decrease depending on how fast or slow H.M p.4
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