Tell you what: We'll calculate how much work is done by the force, not how
much kinetic energy the plane picks up, and then we'll tell you why.
The work done is (force) x (distance) = (5,000) x (500) = 2,500,000 joules.
Whenever we do these force/distance/work/energy problems, we always ignore
friction, air resistance, etc. because it's just too hard and complicated to take
all of them into consideration, and it would only get in the way of understanding
the basic principles anyway.
How valid is the answer we get when we ignore these things ? Well, it may be OK,
and pretty close to reality, for baseballs, stones, bullets, and bricks. But it's definitely
not OK for airplanes. Airplanes are designed specifically to have an intimate relationship
with the air, and that's the only reason they work at all.
If you do 2.5 million joules of work on a Baseball, a stone, or even a little red wagon,
it may have close to 2.5 million joules of kinetic energy when you stop pushing. But
an airplane won't. It's designed to use some of that K.E. to move air, to generate
LIFT, with the ultimate objective of getting off of the ground. That drains away
a big part of the work done to roll down the runway, and that's the big part that
will never show up as kinetic energy.
A net force is a vector quantity because it has both magnitude and direction. The direction of the net force is crucial in determining the resulting motion of an object, as it influences the acceleration and ultimately the change in velocity of the object.
When a net force acts on an object, the object's acceleration is directly proportional to the net force applied and inversely proportional to the object's mass. This relationship is described by Newton's second law of motion, which states that acceleration equals the net force divided by the object's mass.
The net force applied is equal to the difference between the upward force and the weight of the box. In this case, it would be 39 N - 35 N = 4 N. Therefore, a net force of 4 N is applied to pick up the box.
Say you are moving an object against the carpet flooring, you are the force and you are causing the object to move as well as you are creating friction between the carpet and the object. The force would be called the netforce, which is all the forces that are acting on an object.
If the net force on an object is zero, then the object is in either equilibrium (if it was at rest initially) or it is moving at a constant velocity (if it was already moving). This means there is a balance of forces acting on the object in opposite directions.
The duration of NetForce - film - is 3.33 hours.
NetForce - film - was created on 1999-02-01.
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NetForce - 1999 TV is rated/received certificates of: Finland:K-12 Germany:16 Greece:K-13 Iceland:12 Netherlands:12 UK:15 USA:R
Gravity.
unbalanced same balanced doesn't = 0 push or pull netforce = 0 change an have direction doesn't change motion objects motion
NetForce - 1999 TV was released on: Canada: 1 February 1999 USA: 1 February 1999 Norway: 4 August 1999 Germany: 10 August 1999 Finland: September 1999 (DVD premiere) Japan: 22 September 1999 (video premiere) France: 22 July 2000 Hong Kong: 2 December 2000 Sweden: 9 December 2001
A net force is a vector quantity because it has both magnitude and direction. The direction of the net force is crucial in determining the resulting motion of an object, as it influences the acceleration and ultimately the change in velocity of the object.
When a net force acts on an object, the object's acceleration is directly proportional to the net force applied and inversely proportional to the object's mass. This relationship is described by Newton's second law of motion, which states that acceleration equals the net force divided by the object's mass.
Adam Kassen has: Played Carl Besser in "NetForce" in 1999. Played Justin Tanner in "The District" in 2000. Played Brady Bunch 2nd AD in "Growing Up Brady" in 2000. Played Scott in "The Division" in 2001. Played Young Doctor in "Puncture" in 2011.
The net force applied is equal to the difference between the upward force and the weight of the box. In this case, it would be 39 N - 35 N = 4 N. Therefore, a net force of 4 N is applied to pick up the box.
The question is quite difficult to address, because it so perfectly blends so manymisconceptions and faulty descriptions.-- If you want to talk about "velocity" then you must include the direction in whicheach body is moving. That detail has profound implications on our knowledge of theforce that is apparently causing the motion.-- If a body is moving in a straight line at a constant speed, then there is NO netforce acting on it.-- If a net force is acting on the body and its speed is constant, then it must bemoving in a curved path.-- If the distances traveled are the same, then the speed doesn't matter.-- Work is the product of (force) x (distance). If equal forces move throughequal distances, then equal work is done by both forces. The speed doesn'tmatter. Neither does the size, weight, mass, color, or gender preference ofthe objects being pushed.