Assuming you are asking about an object that is placed on an inclined plane and the only forces acting on it are gravity and friction; as the slope of the plane increases, more of gravitational force is applied down the plane and less of the frictional force is applied to the object up the plane. Unless there is no frictional force, until the plane reaches a certain critical slope the gravitational force will not overcome the frictional force and the object will not move, and the average speed for the object will be zero regardless of the slope of the plane (below this critical slope).
As the slope increases there is an increase in the net force on the object down the plane which results in a higher acceleration down the plane, and with a higher acceleration it will reach a higher speed and so the average speed of the object down the plane will be higher.
So, yes, it can be said that the average speed of an object down an inclined plane is dependant on the slope of the plane.
If there are other forces involved, for example a motor, then the average speed will depend on these forces as well as the slope.
Its called the "slope" of the line, and I think its actually X over Y (X/Y). Where on a coordinate plane, you measure first horizontally and then vertically.
2250÷3=average speed. Therefore, the plane's average speed is 750km/h.
You cannot have a 2d cylinder. The 2d cross section will depend on the plane of the cross section.
A plane figure cannot be bounded by only one straight line. If the shape is bounded by lines which are not straight or by several straight lines the answer will depend on exactly what these are.
470 mph
In structural geology, pitch is the inclination of a planar feature (such as a bedding plane or fault) measured perpendicular to its strike direction. It describes the steepness of the feature as it dips into the Earth's subsurface. Pitch is often represented as an angle measured from the horizontal plane.
The force required to pull a truck up an inclined plane depends on the weight of the truck and the steepness of the incline. The force needed would be higher on steeper inclines and with heavier trucks. This force can be calculated using the equation: Force = Weight * sin(angle) + frictional force.
Yes, a hammer is a inclined plane. It's head, is the inclined plane.
its a inclined plane
It is a plane, and it is inclined.
a hatchet is a inclined plane
A ramp is an inclined plane because an inclined plane is a set of a surface set at an angle that is not a right angle. In which a ramp is an inclined plane!
The thread running around the screw is an inclined plane. If you were to straighten it out, it would be an inclined plane. The screw itself can be considered a combination of wedge and inclined plane.
No, A screw is not an inclined plane
No. There is no pivot in an inclined plane.
an inclined plane can be use as ramp
You would need to push with less force on a longer inclined plane compared to a regular sized inclined plane to move the box up the slope. This is because the longer incline reduces the steepness of the slope, which decreases the amount of force required to counteract gravity.