You must answer the question in analysis. Understand the picture below.This topic is all about Newton's Law of Universal Gravitation. 2:47 PMPHYSICS.completeAnalysisUse separate answering sheet for thefollowing question3.Look at the picture below of anastronaut at two different distances froma planet. In which position, A or B, wouldthere be a stronger gravitational pullbetween the astronaut and the planet?Explain1. Compare your two graphs, Identify andexplain any:a similaritiesb. differences2.Look at the picture of two planets below.The diameter is the same, but Planet B hastwice the mass of Planet A. which onewould you expect to have a stronger pullof gravity on its surface? ExplainPlanet APlanet B 2:46 PMPHYSICS..completeProcedurePart A1. The table bekow shows the gravitational force between Satum and some particiesin Saturn's ring. All of the particles are the same distance, 180,000 km, from Saturm'scenter.Table 1. Masa andGravitational Force DataMass ofGravitationalRingParticleForce betweenSaturn anding partiele (in10,000 N)2233354475587082931052. Use the data in the table to make a graph of the selationship between mass andgravitational orce. Label your graph "Gravitatio nal Force and masa".Hint: Put the data for mass on the harizontal axis and the data for gravitasional fore onthe vertical axin.3. Look at your gaphed data, and secord in your answering sheet any relationship younotike.Part E1. The table bekw shows the gravitational krce between Saturn and some ringparticles that are at different distance from the planet. All of the particles have amass of 1 kg.Table 1. Distance and GravitationalForce DataDistance of 1. Gravitationalg RingParticle fromForce between2. Use the data in the table to make agraph of the elationahip betweenCenter ofSatum finSatum and 1-kgring particle (in10,000 N)distance and gravitational force. Labelyour graph "Gravitational Force anddistance".Hnt: Aut the datu for dstance an helorizon tal axis and the data fargavita tional force on the vertical axis.1,000 km)100381202613022150173. Look at your graphed data, andrecoed in your answering sheet anyrelationship you notke.18012200922082506.2805

Answered: Image /qna-images/answer/600e68c9-70f9-4f12-9b7c-23f9410b497e.jpg

3.Look at the pieture below of an Use separate answering sheet for the following question astronaut at two different distances from a planet. In which position, A or B, would there be a stronger gravitational pull between the astronaut and the planet? Explain 1. Compare your two graphs, Identify and explain any: a similarities b. differences 2.Look at the picture of two planets below. The diameter is the same, but Planet B has twice the mass of Planet A. which one would you expect to have a stronger pull of gravity on its surface? Explain Planet A Planet B

3.Look at the pieture below of an Use separate answering sheet for the following question astronaut at two different distances from a planet. In which position, A or B, would there be a stronger gravitational pull between the astronaut and the planet? Explain 1. Compare your two graphs, Identify and explain any: a similarities b. differences 2.Look at the picture of two planets below. The diameter is the same, but Planet B has twice the mass of Planet A. which one would you expect to have a stronger pull of gravity on its surface? Explain Planet A Planet B

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter7: Gravitation

Section: Chapter Questions

Problem 94A

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