On Earth, the mass of one of the lunar landing modules used to explore the moon was measured to be about 4,200 kg. The acceleration due to gravity on the moon is about one-sixth that of Earth. \
On Earth, the mass of one of the lunar landing modules used to explore the moon was measured to be about 4,200 kg. The acceleration due to gravity on the moon is about one-sixth that of Earth. \
41160
4200
less than
6860
Explanation:
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Wearth = 41202 N
m = 4200 kg
less than
Wmoon=6887 N
Explanation:
Mass on earth = 4200
weight on earth = mass * acceleration due to gravity on earth
= 4200 * 9.81
= 41202N
acceleration due to gravity on the moon = 1/6*acceleration due to gravity on earth
= 9.81 / 6
= 1.635 m/s²
mass of the lunar landing module on the moon = mass of the lunar landing module on the earth = 4,200 kg.
The weight of the lunar landing module on the moon is less than its weight on Earth.
weight on moon = mass * acceleration due to gravity on moon
= 4200 * 1.635
= 6887 N
41,160
4,200
less than
6,860
1. 41,160
2. 4,200
3. less than
4. 6,860
The lunar landing module’s weight on Earth = 41160 N
The mass of the lunar landing module on the moon = 4200 kg less than
Weight of lunar landing module on Moon = 6858 N
Explanation:
Mass of lunar landing module on earth = 4200 Kg
Weight of lunar landing module on Earth
= mass × acceleration due to gravity on earth
= [tex]4200 \times 9.8[/tex]
= 41160 N
Acceleration due to gravity on the moon
= [tex]\frac {1} {6}[/tex]× acceleration due to gravity on earth
= [tex]\frac {1} {6}[/tex]× 9.8
= 1.633 m/s²
Mass of the lunar landing module on the moon = Mass of the lunar landing module on the earth = 4,200 kg.
The weight of the lunar landing module on the moon is less than it's weight on Earth.
Weight on moon = Mass × acceleration due to gravity on moon
= 4200 × 1.633
Weight on moon = 6858 N
Explanation:
Given parameters:
Mass of lunar landing module = 4200kg
Acceleration due to gravity on moon = [tex]\frac{1}{6}[/tex] of earth's gravity
Solving:
Mass is the amount of matter in a substance.
Weight is the vertical force on an object exerted by acceleration due to gravity on a given mass.
Weight = mass x acceleration due to gravity
Mass is the same everywhere but weight varies with gravity
What is the lunar landing module’s weight on Earth?
The weight of the landing module on earth;
Weight = mass x acceleration due to gravity
= 4200 x 9.8
= 41160N
What is the mass of the lunar landing module on the moon
On the moon;
Weight = mass x [tex]\frac{1}{6}[/tex] of earth's gravity
= 4200 x [tex]\frac{1}{6}[/tex] x 9.8
= 6680N
The weight of the lunar landing module on the moon is its weight on Earth.
No. The weight will be lesser on the moon because the pull of gravity is lower.
The calculated weight of the lunar landing module on the moon is N
6680N