Newton's Law of Universal Gravitation: Solving
Presentation
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Physics
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9th - 12th Grade
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Practice Problem
•
Medium
Standards-aligned
Christian Fuentes
Used 19+ times
FREE Resource
10 Slides • 10 Questions
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3
Open Ended
Both the satellite and the Moon are influenced by earth's gravity, yet their orbital speeds are very different. What could explain WHY their speeds so different?
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Multiple Choice
Earth's mass suddenly doubles, but its radius stays the same. What happens to the gravitational force between Earth and the Moon?
The force doubles
The force quadruples
The force halves
The force remains the same
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Multiple Choice
7
Multiple Choice
As distance increases, what happens to gravitational force?
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10
Multiple Choice
Which of the following steps is NOT necessary when entering the gravitational force equation into a TI-30XIIS calculator?
Entering the gravitational constant
Multiplying both the masses
Dividing by the sum of the distances
Using parentheses to separate numerator and denominator
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13
Multiple Select
Select all variables that must be identified before calculating the gravitational force on a satellite in orbit.
Universal gravitational constant (G)
Mass of the satellite (m2)
Distance from Earth's surface to satellite
Mass of Earth (m1)
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Open Ended
Describe how orbital speed and orbital period change as the orbital radius increases. Use the formulas provided to support your explanation.
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Open Ended
Explain why both masses matter equally in the calculation of gravitational force and how this principle affects the interaction between two objects.
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Multiple Choice
Which of the following statements best explains the inverse square law as it applies to gravitational force?
Gravitational force increases linearly with distance.
Gravitational force weakens rapidly with distance, reducing to one-quarter when the separation doubles.
Gravitational force remains constant regardless of distance.
Gravitational force doubles when the distance is doubled.
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Open Ended
What is one question you still have about how gravity affects the orbital motion of satellites and celestial bodies?
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