A scientific instrument that weighs 88.2 N on the earth weighs 33.4 N at the sur
ID: 2138270 • Letter: A
Question
A scientific instrument that weighs 88.2N on the earth weighs 33.4N at the surface of Mercury. Part A What is the acceleration due to gravity on Mercury? gM = m/s2 Part B What is the instrument's mass on earth and on Mercury? m = kg A scientific instrument that weighs 88.2N on the earth weighs 33.4N at the surface of Mercury. A scientific instrument that weighs 88.2N on the earth weighs 33.4N at the surface of Mercury. A scientific instrument that weighs 88.2N on the earth weighs 33.4N at the surface of Mercury. A scientific instrument that weighs 88.2N on the earth weighs 33.4N at the surface of Mercury. Part A What is the acceleration due to gravity on Mercury? gM = m/s2 Part B What is the instrument's mass on earth and on Mercury? m = kg Part A What is the acceleration due to gravity on Mercury? gM = m/s2 Part B What is the instrument's mass on earth and on Mercury? m = kg Part A What is the acceleration due to gravity on Mercury? gM = m/s2 Part B What is the instrument's mass on earth and on Mercury? m = kg Part A What is the acceleration due to gravity on Mercury? gM = m/s2 Part B What is the instrument's mass on earth and on Mercury? m = kg Part A What is the acceleration due to gravity on Mercury? gM = m/s2 Part A What is the acceleration due to gravity on Mercury? gM = m/s2 gM = m/s2 gM = m/s2 Part B What is the instrument's mass on earth and on Mercury? m = kg Part B What is the instrument's mass on earth and on Mercury? m = kg m = kg m = kg A scientific instrument that weighs 88.2N on the earth weighs 33.4N at the surface of Mercury. Part A What is the acceleration due to gravity on Mercury? gM = m/s2 Part B What is the instrument's mass on earth and on Mercury? m = kgExplanation / Answer
Wearth:Wmercury=mg:mg1
he acceleration due to gravity on Mercury= 33.4*9.8/88.2= 3.71 m/s^2
Mass of object is same on both= 33.4/3.71=9 kg
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