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How can you Prove that simple machine changes the direction of effort?
A simple machine changes the direction of effort by altering the direction in which force is applied. For example, a pulley system or a lever can redirect the force applied by a person in one direction to produce movement or work in another direction. This change in direction allows the machine to make tasks easier or more efficient to perform.
What two things must the effort force applied to a machine do?
The two things are momentum and acceleration when the effort force is applied to a machine
When a machine changes the size of the force the through which the force is exerted must also change.?
When a machine changes the size of force, it does so by altering the amount of effort required to overcome a resistance. This means that the machine adjusts the force needed to achieve a desired outcome or output. In essence, the force exerted by the machine must be sufficient to overcome any resistance in order to perform work effectively.
In a machine the effort force you apply is used to overcome a what force?
In a machine, the effort force you apply is used to overcome a resistance force. The resistance force is the force that the machine acts against in order to perform work.
What happens when a machine changes the size of the force?
When a machine changes the size of the force, it can either amplify or reduce the force applied to the object. This allows the machine to perform work more efficiently by either increasing the output force (mechanical advantage) or reducing the effort required to move the object.
How can you Prove that simple machine changes the direction of effort?
A simple machine changes the direction of effort by altering the direction in which force is applied. For example, a pulley system or a lever can redirect the force applied by a person in one direction to produce movement or work in another direction. This change in direction allows the machine to make tasks easier or more efficient to perform.
What is Effort?
THE FORCE APLIED ON A MACHINE FOR DOING WORK IS CALLED EFFORT IT IS REPRESENTED BY (E)
When doing work using simple machine's what happens when the effort distance is increased?
the effort is decreased
Sample machine 1 a pully what does a simple machine let you do?
it lets you work easier with less effort
Does a machine create less work for you?
The definition of a machine is a device that reduces human effort, so yes.
What is a device that does work with only one movement?
Effort Force
What two things must the effort force applied to a machine do?
The two things are momentum and acceleration when the effort force is applied to a machine
When a machine changes the size of the force the through which the force is exerted must also change.?
When a machine changes the size of force, it does so by altering the amount of effort required to overcome a resistance. This means that the machine adjusts the force needed to achieve a desired outcome or output. In essence, the force exerted by the machine must be sufficient to overcome any resistance in order to perform work effectively.
In a machine the effort force you apply is used to overcome a what force?
In a machine, the effort force you apply is used to overcome a resistance force. The resistance force is the force that the machine acts against in order to perform work.
What happens when a machine changes the size of the force?
When a machine changes the size of the force, it can either amplify or reduce the force applied to the object. This allows the machine to perform work more efficiently by either increasing the output force (mechanical advantage) or reducing the effort required to move the object.
What happens to the amount of force that must be exerted compared to do the work with out a machine?
The amount of force required to be exerted may increase or decrease depending on whether the machine removed was helping to do the work or obstructing it. Since, in general we say that a machine is anything that reduces human effort, so we assume that the machine was reducing human effort and thus its removal means that we need to put in more effort.
Is work done with a machine the same work without a machine?
Work done with a machine can make the task easier by reducing the amount of force or energy required. This means that the same amount of work can be achieved with less effort when using a machine compared to doing the work without one.
