Can the magnitude of a vertical component of vector be greater than the magnitude of the given vector?

always greater than its magnitude.

Is it possible for a vector to be exactly equal to the magnitude of one of its components if yes how?

Component of a vector can be less than or equal to the vector, never more than it. As sin and cos have values between 0 and 1, Px and Py can never exceed P.

When can a component vector have a magnitude equal to the magnitude of the vector itself?

The components of a vector can never have a magnitude greater than the vector itself. This can be seen by using Pythagorean’s Thereom. There is a situation where a component of a vector could have a magnitude that equals the magnitude of the vector. e.g. A=2x + 0y.

What is the vertical component of a force vector?

The vertical component describes the upward influence of the force upon Fido and the horizontal component describes the rightward influence of the force upon Fido.

Can the magnitude of a vector ever be equal to or less than one of its components?

The magnitude of a vector can never be less than the magnitude of any of its components.

How do we show equal magnitude in different vectors?

When are Two Vectors Equal? Two or more vectors are equal when they have the same length, and they point in the same direction. Any two or more vectors will be equal if they are collinear, codirected, and have the same magnitude. If two vectors are equal, their column vectors will also be equal.

Is it possible for a force to have a component larger in magnitude than the force itself?

No, any rectangular component of a vector can not have magnitude more than the vector itself.

What is vertical force?

Vertical Force is a 1995 vertically scrolling shooter video game developed and published for the Virtual Boy by Hudson Soft for Japan and Nintendo for North America. Gameplay is similar to Hudson’s own Star Soldier series, featuring power-up items that increase the player’s abilities and parallax scrolling.

Can the magnitude of the resultant of two vectors be less than the magnitude of any of the vector?

Reason: The magnitude of the resultant vector of two given vectors can never be less than the magnitude of any of the given vector.

How do you resolve a force vector in two dimensions?

For resolving a force vector in two dimensions, we have to find the corresponding horizontal and vector components of the given force. If a force vector with magnitude θ makes an angle of with horizontal, the horizontal component of the force vector is, The resultant of two vectors can be finding by adding their corresponding components. That is

How to find the horizontal component of a force vector?

If a force vector with magnitude θ makes an angle of with horizontal, the horizontal component of the force vector is, The resultant of two vectors can be finding by adding their corresponding components. That is If playback doesn’t begin shortly, try restarting your device.

How do you find the magnitude of a force vector?

Force As A Vector. The magnitude of the force can be found from Where, θ is the angle between the force vectors. If the vectors are placed tail to tail the resultant force vectors can be determined from the diagonal of the parallelogram created by these vectors. This also follows the equation for the magnitude of the resultant force.

What is the resultant force if A and B are two force vectors?

If A and B are two force vectors the resultant force R according to triangle law is, where the vectors should place head to tail. The magnitude of the force can be found from