The force of gravity on an object on the surface of Mars is less than the force of gravity on an identical object on the surface of Earth. Which of the following explains why this is true?
its c:mars has less mass than on earth
do not copy what i had you will fail it like i did so like i said dont copy it i only got seven right and 2 pending approval so dont copy it
No
B, I think it is...
here are my answers for science interaction of force unit test
#1.D it will be a stable system because it will not be able to recover from the disturbance.
#2.C mars has les mass than earth
#3.B the magnetic force will be weakest on box #3
#4.A insulator
#5.C box B because it is smaller
#6.B magnetic
#7.D insulator
#8.A conductors and insulators allow electrons to flow freely
#9.B on.
#10.B static electricity
#11.C a parallel circuit has a broken path for the circuit to take
#12.B the ball on the left has a ositive charge and the ball on the right has a negative charge
#13.B 7.0 ohms
#14.B false
#15. Switch - turns electric current on and off, closes and opens a circuit.
(2) Load - resists the flow of current and converts electrical energy into another form of energy (ex. light bulb)
(3) Wires - thin strips of insulated copper conducts the electric current, allowing it to pass through like a pathway, makes up the circuit.
(4) Source - gives the circuit the required electrical energy
#16. im still trying to figure it out ill let you guys know as soon as i find out
ok i want to know if this is right
@um im trusting you
The force of gravity on an object is determined by the mass of the object and the distance from the center of the planet. To understand why the force of gravity on an object on the surface of Mars is less than on an identical object on the surface of Earth, we need to consider two factors: the mass of Mars and the radius of Mars.
First, let's compare the mass of Mars to the mass of Earth. The mass of Mars is about 0.107 times the mass of Earth. This means Mars has less mass than Earth.
Next, let's compare the radius of Mars to the radius of Earth. The radius of Mars is about 0.531 times the radius of Earth. So Mars is smaller in size compared to Earth.
Now, let's apply Newton's law of gravitation. According to this law, the force of gravity between two objects is directly proportional to the product of their masses and inversely proportional to the square of the distance between their centers.
Since Mars has less mass compared to Earth and objects on the surface of both planets are at a roughly similar distance from their centers, the force of gravity on Mars will be less compared to Earth. This means that the force of gravity on an object on the surface of Mars is less than the force of gravity on an identical object on the surface of Earth.
In summary, the reason why the force of gravity on an object on the surface of Mars is less than on an identical object on the surface of Earth is because Mars has less mass and is smaller in size compared to Earth.
No following. Cannot copy and paste here.
Mars is smaller, so gravity is less.