A cross belt tangent refers to the angle formed between the direction of a belt's movement and a line that is tangent to the belt's path at a specific point. In mechanical systems, particularly in conveyor systems, this concept is important for understanding the forces acting on the belt and ensuring proper alignment and tension. It helps in analyzing the belt's performance and optimizing its design for efficient operation.
Tangent can mean: a straight line or plane that touches a curve or curved surface at a point, but if extended does not cross it at that point. Today in maths we studied tangents. Or tangent can mean: a completely different line of thought or action. The discussion went off at a tangent and we never resolved the problem.
Tangent, in geometry, is used to describe when figures have only one point in common. In Trig. tangent is applied to triangles.
Assuming that you mean degrees, the answer is 1.
a tangent
45 degrees
A tangent is a line which touches, but does not cross, a curved line.
Tangent can mean: a straight line or plane that touches a curve or curved surface at a point, but if extended does not cross it at that point. Today in maths we studied tangents. Or tangent can mean: a completely different line of thought or action. The discussion went off at a tangent and we never resolved the problem.
Normally a straight line is a tangent to a curved line but, presumably, that relationship can be reversed. So a tangent to the y axis would be a curve that just touches the y axis but does not cross it - at least, not at the point of tangency.
No.
This has nothing to do with belts or putting a belt on. Belt up basically means 'shut up!'. For example: 'I am telling you Jack that if you don't belt up I will be very cross!'
Tangent, in geometry, is used to describe when figures have only one point in common. In Trig. tangent is applied to triangles.
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The tangent of an angle is a ratio so, if you mean pi, and not pie, then it is simply a product of two ratios.
bubble trouble
Yes, it can as long as it is not the tangent line of the outermost circle. If it is tangent to any of the inner circles it will always cross the outer circles at two points--so it is their secant line--whereas the tangent of the outermost circle is secant to no circle because there are no more circles beyond that last one.
It is a straight line that touches the circle.
Assuming that you mean degrees, the answer is 1.