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acceleartiononmoon= GMassmoon/radius^2 =G 7.35E22/(1.74E6)^2= G

acceleartiononmoon= GMassmoon/radius^2=G 7.35E22/(1.74E6)^2= G 2.43E10= = 6.67E-11*2.43E10= 1.62 m/s^2 or as a gravitational
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The Apollo 8 mission in 1968 included a circular orbit at an altitude of 111 km above the Moon’s surface. What was the period
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A satellite is placed 39875 m above the Moon's SURFACE. (M=7.35e22 kg, R=1.74e6 m) Find the Period of the satellite in seconds.
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A satellite is placed 39875 m above the Moon's SURFACE. (M=7.35e22 kg, R=1.74e6 m) Find the Period of the satellite in seconds.
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The radius of a sphere is increasing at a rate proportional to its radius. If the radius is 4 initially, and the radius is 10
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1 _____is defined as one-half of the distance between the nuclei of two adjacent metal atoms in the close packed crystal lattice
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When solving for the volume of the oblique cone, which segments would you use to substitute in the formula for the volume:V= 1/3
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The volume V (r) of a sphere is a function of its radius r. Suppose a spherical snowball with aradius 2 f t started to melt so
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When solving for the volume of the oblique cone, which segments would you use to substitute in the formula for the volume:(1
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