1 The acceleration due to gravity on Mars is 38 ms2 The mass

1.) The acceleration due to gravity on Mars is 3.8 m/s2. The mass of the Mars Rover at launch time on earth was determined to be 900-kg. Determine, on Mars, (a) the mass of the Rover in kilograms (b) the weight of the Rover in Newtons. a)m= ? b) W=?

gM=3.8 m/s2

mass of the Mars Rover at launch time on earth m= 900-kg

a) mass does not change with variation of \"g\". Only weight changes with variation of \"g\"

=> mass of the Rover m=900kg

b)weight of the Rover W=m*g_M=900*3.8=3420N

1.) The acceleration due to gravity on Mars is 3.8 m/s2. The mass of the Mars Rover at launch time on earth was determined to be 900-kg. Determine, on Mars, (a)

1 The acceleration due to gravity on Mars is 38 ms2 The mass

Solution

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