No, the axis must be specified: torque = (distance from the axis) X (force). (X is the vector cross-product in this case - meaning the angle also matters.)
No, the axis must be specified: torque = (distance from the axis) X (force). (X is the vector cross-product in this case - meaning the angle also matters.)
No, the axis must be specified: torque = (distance from the axis) X (force). (X is the vector cross-product in this case - meaning the angle also matters.)
No, the axis must be specified: torque = (distance from the axis) X (force). (X is the vector cross-product in this case - meaning the angle also matters.)
yes the independent variable goes on the x-axis
Usually the y-axis is independent on a graph.===================================Braaak ! Beulah the buzzer says "I don't think so".Most typically, the independent variable is plotted on the 'X'-axis.
The independent variable is on the x axis (that is the horizontial line).ÊÊ The independent varaible is also known as the one you can control or change.
I believe you mean the x-axis, the horizontal axis on a coordinate plane
the independent variable is on the x-axis
It depends on the number of variables and their nature: 2 variables, both independent: either axis 2 variables, one independent: x-axis 3 variables, all independent: any axis 3 variables, 2 independent: x or y-axis. 3 variables, 1 independent: x-axis. and so on.
The x - axis
The X axis
X axis is independent nd Y axis is dependend
the independent variable goes on the x-axis the dependent goes on the y-axis
the independent variable is on the y-axis
Typically the horizontal axis represents the independent variable.
yes the independent variable goes on the x-axis
The independent variable is on the horizontal axis.
x-axis
No, torque is inherently dependent on the axis about which it is computed. The torque acting on a rigid body can only be accurately calculated if the axis, also known as the point of rotation, is specified.
No, the torque on a rigid body is a vector quantity and depends on the axis of rotation. The torque is the cross product of the lever arm vector and the force vector relative to the axis of rotation. So the axis of rotation is essential in determining the torque on a rigid body.