i think it's 25 meters sq
To answer this question and ones like it, try exaggerating. Does it take the same amount of force to throw a cannon ball 3 meters as it does to throw a golf ball 3 meters?
To determine the distance the book has been moved, we can use the work-energy principle, which states that the work done on an object is equal to the change in its kinetic energy. Given that the work done is 2.7J and the force applied is 4.5N, we can calculate the distance using the formula for work: work = force x distance. Rearranging the formula to solve for distance, we get distance = work / force. Plugging in the values, distance = 2.7J / 4.5N = 0.6 meters. Therefore, you have moved the book 0.6 meters across the table.
key length and work force
Work = Force X Distance 20 N X 10 m = 200 N-m
It is: F= -Kx remember the bigger the force the more the string streches. {it is prportional} here F is equal to the force measured in Newtons K is the force constant measured in N/m x is the distance the sprinh has been streched measured in Meters
becuse of the force
Newtons measure weight and force. meters measure length. so the answer is 0
a windmill
Wind force or wind energy is the force that makes a windmill go round. When the wind blows, it causes the blades of the windmill to spin, converting the kinetic energy of the wind into mechanical energy to drive the rotor and generate electricity.
When the forces on a windmill are unbalanced, the blades may slow down or speed up, or they may change direction. When the blades are rotating at a constant velocity (speed and direction), then the forces are balanced.
Really? 30 meters? Really? Please provide SOME evidence that the megaladon reached anywhere near 30 meters in length.
The windmill is destroyed in George Orwell's novel "Animal Farm" when a group of humans and animals attack it. The animals fight valiantly to defend it but eventually the windmill collapses due to the overwhelming force of the humans.
force times length is the dimension for Work or Energy or Torque. Some examples are Newton meters (equivalent to Joules), inch pounds, foot pounds. The pounds are pounds force, not pounds mass.
The main forces acting on a windmill are the wind, which provides the driving force to rotate the blades, and gravity, which acts to support the structure and weight of the windmill. Additionally, there may be internal forces within the windmill components such as tension and compression forces in the blades and tower.
It's not possible to directly convert weight (tons) to length (meters) as they are measuring different quantities. Weight measures the force of gravity on an object, while meters measure distance or length.
In metric system there are: Meters->distance or length Grams->mass Liters->volume Newtons->weight or pull of gravity or force
Wind turns a windmill by exerting force on its blades, causing them to rotate. The rotation of the blades is connected to a central hub, which then turns a shaft connected to a generator, producing electrical energy.