Calculate the weight of a 75.6 kg astronaut on the surface of Mars at the equator.See p. 273 of your textbook for Mars' mass and equatorial radius.75 ClumU their ownOnly one Moon (natural satellite)but Jupiter and Saturn have many, and more are being found all thetime. Table 5.6 shows the planets and some of their known moons.V Table 5.5 Solar Celestial BodiesCelestialBodySunMercuryVenusEarthMarsCeresJupiterSaturnUranusNeptunePlutoErisSednaMass(kg)1.99 X 10303.30 × 10234.87 X10245.97 X 10²46.42 × 10239.5 × 10201.90 × 10275.69 × 10268.68 ×102510²61.02 X1.20 × 10²2?4.21 X 10²1EquatorialRadius(m)6.96 X 1082.44 X 1066.05 X 1066.38 X 1063.40 X 1064.88 × 1057.15 X 1076.03 × 1072.56 × 1072.48 X 1071.70 X 106~1.43 X 1068.5 X 105www.NOrbitalPeriod(days)87.97224.7365.24686.931679.84330.610 755.730 687.260 19090 553204 5403 835 020MMean OrbitalRadius(m)5.79 × 10101.08 × 10¹11.49 × 10112.28 ×10114.14 × 10117.78 × 10¹11.43 × 10122.87 × 10124.50 × 10¹25.91 X 1012~1.01 X 10137.14 X 1013Distance(AU)0.3870.72311.5242.7665.2039.53719.19130.06939.48267.940479.5Chapter 5 Newton's laws

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Answered: Calculate the weight of a 75.6 kg…

Calculate the weight of a 75.6 kg astronaut on the surface of Mars at the equator See p. 273 of your textbook for Mars' mass and equatorial radius.

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 53A

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Question

Calculate the weight of a 75.6 kg astronaut on the surface of Mars at the equator.
See p. 273 of your textbook for Mars' mass and equatorial radius.
75 Clu
m
U

their own
Only one Moon (natural satellite)
but Jupiter and Saturn have many, and more are being found all the
time. Table 5.6 shows the planets and some of their known moons.
V Table 5.5 Solar Celestial Bodies
Celestial
Body
Sun
Mercury
Venus
Earth
Mars
Ceres
Jupiter
Saturn
Uranus
Neptune
Pluto
Eris
Sedna
Mass
(kg)
1.99 X 1030
3.30 × 1023
4.87 X
1024
5.97 X 10²4
6.42 × 1023
9.5 × 1020
1.90 × 1027
5.69 × 1026
8.68 ×
1025
10²6
1.02 X
1.20 × 10²2
?
4.21 X 10²1
Equatorial
Radius
(m)
6.96 X 108
2.44 X 106
6.05 X 106
6.38 X 106
3.40 X 106
4.88 × 105
7.15 X 107
6.03 × 107
2.56 × 107
2.48 X 107
1.70 X 106
~1.43 X 106
8.5 X 105
www.N
Orbital
Period
(days)
87.97
224.7
365.24
686.93
1679.8
4330.6
10 755.7
30 687.2
60 190
90 553
204 540
3 835 020
M
Mean Orbital
Radius
(m)
5.79 × 1010
1.08 × 10¹1
1.49 × 1011
2.28 ×
1011
4.14 × 1011
7.78 × 10¹1
1.43 × 1012
2.87 × 1012
4.50 × 10¹2
5.91 X 1012
~1.01 X 1013
7.14 X 1013
Distance
(AU)
0.387
0.723
1
1.524
2.766
5.203
9.537
19.191
30.069
39.482
67.940
479.5
Chapter 5 Newton's laws

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