Gravitationa Study guides, Class notes & Summaries
Looking for the best study guides, study notes and summaries about Gravitationa? On this page you'll find 64 study documents about Gravitationa.
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PHY 250 Graded Exam 3rd2:The gravitational force between two objects has a magnitude of...
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The gravitational force between two objects has a magnitude of F. If both masses were doubled and the distance between them doubled, the new force 
would have which of the following magnitudes? 
Select one: 
a. 
b. 
c. F 
d. 2F 
A certain galaxy is receding from observers on Earth at a speed of 0.94c. Within that galaxy, a star explodes, sending hot gases back towards the Earth. 
Relative to the galaxy, these gases travel at a speed of 0.67c. What is the speed of the gases relative to Earth? 
Se...
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Grade 12 IEB Physical Science: Gravitational and Electric Fields
- Summary • 13 pages • 2023
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These notes cover Section D as per the IEB Physical Sciences SAGS. Included are comprehensive and annotated examples notes on Gravitational Fields, Electrostatics and Electric Fields. Although these notes are detailed, to perform well in physics, practicing textbook examples as well as past papers is imperative to make sure you understand the work.
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Grade 12 IEB Physical Science (Physics) Gravitational and Electric fields (Section D) summary & notes
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This aesthetic, in-depth, neatly typed document summarises Section D of the IEB Grade 12 Physics syllabus: Gravitational and Electric fields. This document includes the full Section D syllabus, all definitions, additional class notes, own research notes and all relevant diagrams.
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AQA Edexcel A Level Physics Gravitational Fields Answers 2
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A Level Physics 
Gravitational Fields 2 (Answers) 
Total Marks:/30 
AQA, Edexcel 
A Level 
1. The graph below shows the variation of the orbital period squared with the radius cubed for Jupiter’s 
moons. 
Total for Question 1: 10 
(a) Define a gravitati on al field. [1] 
G 2 
(b ) By equating the centripetal force and the gravitational force on a planet, show that T 2 = 4π r3. 
[4] 
2 
Solution: mv = GmM → v2 GM 
r r2 r 
Since the planet is assu m e =d to be moving in a circle, v = 2πr 
T ...
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GIZMOS Student Exploration: Gravitational Force
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GIZMOS Student Exploration: Gravitational Flary: force, gravity, vector 
Prior Knowledge Questions (Do these BEFORE using the Gizmo.) 
On the night of a Full Moon, Mary decides to do an experiment with gravity. At midnight, she 
climbs into her backyard tree house, leans out the window, and holds an acorn as high as she 
can. She lets go and is disappointed to see the acorn plummet back down to Earth. 
1. Why did the acorn fall to Earth instead of rising up to the Moon? ______________________ 
_...
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AQA Edexcel A Level Physics Gravitational Fields Answers 2
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AQA Edexcel A Level Physics Gravitational Fields Answers 2
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AQA Edexcel A Level Physics Gravitational Fields Answers 2
- Exam (elaborations) • 7 pages • 2022
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1.	The graph below shows the variation of the orbital period squared with the radius cubed for Jupiter’s moons. 
Total for Question 1: 10 
 
 
 
(a)	Define a gravitational field. 
 
 
(b)	By equating the centripetal force and the gravitational force on a planet, show that T 2 = 4π2 r3. 
 
[1] 
 
 
 
[4] 
 
 
 
 
(c)	Use the result from the previous part and the graph above to calculate Jupiter’s mass.	[3] 
 
 
(d)	Kepler’s second law states that a line segment joining a pla...
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AQA Edexcel A Level Physics Gravitational Fields Answers 2
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A Level Physics 
Gravitational Fields 2 (Answers) 
Total Marks:/30 
AQA, Edexcel 
A Level 
1. The graph below shows the variation of the orbital period squared with the radius cubed for Jupiter’s 
moons. 
Total for Question 1: 10 
(a) Define a gravitati on al field. [1] 
G 2 
(b ) By equating the centripetal force and the gravitational force on a planet, show that T 2 = 4π r3. 
[4] 
2 
Solution: mv = GmM → v2 GM 
r r2 r 
Since the planet is assu m e =d to be moving in a circle, v = 2πr 
T ...
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OCR-A A2 Level Gravitational Fields Notes
- Summary • 8 pages • 2022
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A summary of the OCR Physics A textbook for Chapter 18 Gravitational Fields
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The determination of gravitational acceleration lab report
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Discussion of measuring the acceleration of a free falling object that is acted upon by gravity.
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