You have a pendulum that is 2.0 m long and has a period of 2.98 s. What planet are you on? If the pendulum gets to a maximum height of 67 cm at the ends of its swing, what is the maximum velocity of the pendulum during its swing? The mass of the pendulum is 0.89 kg.

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Surface Gravity of the Planets and the Sun
| Video Tutorials
| Unit Converters [1]
Surface Gravity of the Planets and the Sun
|Unit Converters [2]
Rank
Name
Surface Gravity (meter pr. square second)
|Other Converters
1
Sun
274
Calculators
Jupiter
24.92
Planets and the Sun
3
Neptune
11.15
Distance from Earth
4
Saturn
10.44
Ellipticity (Flattening)
Equatorial Radius
Length of Day
Earth
9.798
6
Uranus
8.87
Mass
7
Venus
8.87
Mean Density
Mean Longitude
Number of Natural Satellites
Semimajor Axis
Surface Area
Mars
3.71
Mercury.
3.7
10
Moon
1.62
Surface Gravity
Surface Pressure
11
Pluto
0.58
Source: NASA
Temperature
Volume
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Volumetric Mean Radius
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Transcribed Image Text:Register Login Surface Gravity of the Planets and the Sun | Video Tutorials | Unit Converters [1] Surface Gravity of the Planets and the Sun |Unit Converters [2] Rank Name Surface Gravity (meter pr. square second) |Other Converters 1 Sun 274 Calculators Jupiter 24.92 Planets and the Sun 3 Neptune 11.15 Distance from Earth 4 Saturn 10.44 Ellipticity (Flattening) Equatorial Radius Length of Day Earth 9.798 6 Uranus 8.87 Mass 7 Venus 8.87 Mean Density Mean Longitude Number of Natural Satellites Semimajor Axis Surface Area Mars 3.71 Mercury. 3.7 10 Moon 1.62 Surface Gravity Surface Pressure 11 Pluto 0.58 Source: NASA Temperature Volume Crypto.com Google Play Volumetric Mean Radius INSTALL Useful Information AX
You have a pendulum that is 2.0 m long and has
a period of 2.98 s. What planet are you on? If
the pendulum gets to a maximum height of 67
cm at the ends of its swing, what is the
maximum velocity of the pendulum during its
swing? The mass of the pendulum is 0.89 kg.
Make sure your solution is documented, step by
step, or it will be incomplete.
Transcribed Image Text:You have a pendulum that is 2.0 m long and has a period of 2.98 s. What planet are you on? If the pendulum gets to a maximum height of 67 cm at the ends of its swing, what is the maximum velocity of the pendulum during its swing? The mass of the pendulum is 0.89 kg. Make sure your solution is documented, step by step, or it will be incomplete.
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