Down ward force is greater than upward force because everything on earth, obeys the laws of gravity, and for a rocket to take off from earth it needs more energy in other to fight the earths gravitational force but despite fighting the gravitational force it still doesnt take off with a full speed, But for a body of mass to fall from the atmosphere its falls with a great speed due to the force of the earths gravity.
It depends entirely on the situation.
If the object is resting, the upward and downward forces must be equal. On a planet, like Earth, this would make the normal force (upward) and gravitational force (downward) the same quantity. In outer space, it would simply be inertia. If the object is falling, the upward force is less than the downward force. If the object is rising, the upward force is greater than the downward force.
When you are lying stationary in bed, the resultant force acting on you is zero. This is because the forces acting on you, such as gravity pulling you downward and the normal force from the bed pushing upward, are balanced.
Walking at a casual pace on a flat surface is an example of force and motion that is not considered a big deal, as the forces involved are relatively small compared to other activities like running or lifting heavy objects.
Yes, a bouncing ball exerts a downward force on the Earth due to gravity, as described by Newton's Third Law of motion. The force is extremely small compared to the Earth's total mass, so the effect is negligible.
A big force applied for a short time causes a bigger change in momentum compared to a small force applied for a longer time. This is because momentum is the product of force and time, so a larger force produces a greater change in momentum in a shorter duration.
Yes, objects with greater mass have a stronger gravitational force. The force of gravity is directly proportional to the mass of the objects involved. So, bigger things with more mass will have a greater gravitational force compared to smaller things.
When you are lying stationary in bed, the resultant force acting on you is zero. This is because the forces acting on you, such as gravity pulling you downward and the normal force from the bed pushing upward, are balanced.
Equal and opposite (Newton's law)
Rolling motions of the foot are described as inversion (rolling with the big toe initially lifting upward) and eversion (rolling with the big toe initially moving downward).
The forces are BIG Farts. The air is just so strong. People love the smell of it. They love to sniff the air like a wolf so much. And the activies that are carried are... SHITING! -Shandi.
Walking at a casual pace on a flat surface is an example of force and motion that is not considered a big deal, as the forces involved are relatively small compared to other activities like running or lifting heavy objects.
Small and big are comparative terms. It is big compared to a village, small compared to London.
Mars is 6,786 Km. in diameter. Big is a relative term. It is big compared to its moons but small compared to the sun
tornadoes compared to big state could be very small as of 3ft but the can be big as of over 2 miles which big as half or big as an rural county area
Depending on what it is burning it can get upward of 3000 degrees F.
Yes, a bouncing ball exerts a downward force on the Earth due to gravity, as described by Newton's Third Law of motion. The force is extremely small compared to the Earth's total mass, so the effect is negligible.
a turkey compared to texas is small
its big but not that big compared to the nucleus