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relative magnitudes of al forces in scenario A FRDE 2 on F-m, a . Caleulate the magnitades of the cootact forces between the blecks in ench of the two scenarios. According to newions 3rd law relative magnitudes of all forces in scenario B FRDS Ffon2-F+Mya 2on You drew seven forces on the two FBDS for each scenario. So how do the sizes of these seven forces compare? There should be no [..] F-ma: Ma F:(m, + m; ) a a: F - FM2a: -m,a subtractions. multiplications or a'! ScanacioA Somario d. How do the contact forces between the blocks compare in the two soarios? (e< Why? Justify your answer. Also, how does this answer fit with your answers for parts a) and c)?

relative magnitudes of al forces in scenario A FRDE 2 on F-m, a . Caleulate the magnitades of the cootact forces between the blecks in ench of the two scenarios. According to newions 3rd law relative magnitudes of all forces in scenario B FRDS Ffon2-F+Mya 2on You drew seven forces on the two FBDS for each scenario. So how do the sizes of these seven forces compare? There should be no [..] F-ma: Ma F:(m, + m; ) a a: F - FM2a: -m,a subtractions. multiplications or a'! ScanacioA Somario d. How do the contact forces between the blocks compare in the two soarios? (e< Why? Justify your answer. Also, how does this answer fit with your answers for parts a) and c)?

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I included two pictures. Please show me how to approach the problem in the correct manner based on the feedback given. It is okay to completely change the answer if you need to.

relative magnitudes of all forces in scenario A FBDS: relative magnitudes of all forces in scenario B FBDS: m, a 2 onF-m, a You drew seven forces on the two c. Calculate the magnitudes of the contact forces between the blocks in each of the two scenarios. FBDS for each scenario. So how do According to newions 3rd law the sizes of these seven forces Ton2l compare? There should be no subtractions. multiplications or a's - F+m2a: -m,a [..] F=(m, + m) a a: F. Scenacio A Somario E d. How do the contact forces between the blocks compare in the two scenarios? (Uses IFmala - imu Why? Justify your answer. Also, how does this answer fit with your answers for parts a) and c)?
Transcribed Image Text:relative magnitudes of all forces in scenario A FBDS: relative magnitudes of all forces in scenario B FBDS: m, a 2 onF-m, a You drew seven forces on the two c. Calculate the magnitudes of the contact forces between the blocks in each of the two scenarios. FBDS for each scenario. So how do According to newions 3rd law the sizes of these seven forces Ton2l compare? There should be no subtractions. multiplications or a's - F+m2a: -m,a [..] F=(m, + m) a a: F. Scenacio A Somario E d. How do the contact forces between the blocks compare in the two scenarios? (Uses IFmala - imu Why? Justify your answer. Also, how does this answer fit with your answers for parts a) and c)?
bonus) Consider two boxes (mi < m2) that are touching but free to move separately. We push the boxes across a frictionless surface as shown with a force F by exerting the force horizontally on either the light box (scenario A) or the heavy box (scenario B). (The same magnitude force F in both scenarios.) Scenario A Scenario B m2 m2 a. Without calculating anything, what has to be true about the accelerations of both blocks in both scenarios? Because the blocks will remain in contact with each other ihroug haut their inoti on the ir Tacce leration will be the same b. Draw and label a free body diagram (FBD) for each box in each scenario. (Be sure your drawings show clearly any information you know ebout the directions and relative magnitudes of the vectors.) Scenario A block 1: Scenario B block 1: block 2: block 2: N2 A Nz Fron2 tz on mi く一 lon mag relative magnitudes of all forces in scenario A FBDS: relative magnitudes of all forces in scenario B FBDS: 2 on1=F-m, a fon 2 M2a Fon2 -F+M2 a FSoni - mia C. Calculate the magnitudes of the contact forces between the blocks in each of the two scenarios. According to newions 3rd law lon 2 on 2 on F-m,a= M2a Ftmza= -m,a F-(m, + m; ) a 9: F. m, +M2 Mitm z Scenario A IFfon 2l = IFfon 1l =. Scenario B IFon zl = IFom al= m, + M2 d. How do the contact forces between the blocks compare in the two scenarios? (Use <,>, or -.) IFfom zla = IFfon sla
Transcribed Image Text:bonus) Consider two boxes (mi < m2) that are touching but free to move separately. We push the boxes across a frictionless surface as shown with a force F by exerting the force horizontally on either the light box (scenario A) or the heavy box (scenario B). (The same magnitude force F in both scenarios.) Scenario A Scenario B m2 m2 a. Without calculating anything, what has to be true about the accelerations of both blocks in both scenarios? Because the blocks will remain in contact with each other ihroug haut their inoti on the ir Tacce leration will be the same b. Draw and label a free body diagram (FBD) for each box in each scenario. (Be sure your drawings show clearly any information you know ebout the directions and relative magnitudes of the vectors.) Scenario A block 1: Scenario B block 1: block 2: block 2: N2 A Nz Fron2 tz on mi く一 lon mag relative magnitudes of all forces in scenario A FBDS: relative magnitudes of all forces in scenario B FBDS: 2 on1=F-m, a fon 2 M2a Fon2 -F+M2 a FSoni - mia C. Calculate the magnitudes of the contact forces between the blocks in each of the two scenarios. According to newions 3rd law lon 2 on 2 on F-m,a= M2a Ftmza= -m,a F-(m, + m; ) a 9: F. m, +M2 Mitm z Scenario A IFfon 2l = IFfon 1l =. Scenario B IFon zl = IFom al= m, + M2 d. How do the contact forces between the blocks compare in the two scenarios? (Use <,>, or -.) IFfom zla = IFfon sla
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Step 1

(a)

Given:

The diagram is as follows:

Advanced Physics homework question answer, step 1, image 1

Introduction:

Newton's second law says that when a constant force acts on a massive body, it causes it to accelerate, i.e., to change its velocity, at a constant rate. In the simplest case, a force applied to an object at rest causes it to accelerate in the direction of the force.

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