# I need to know why this statement cannot be true The statement “tan = , csc = , and the terminal point determined by is in quadrant 3”?

In this problem, you are asked to determine the terminal point of a curve based on two input points. The statement tells you what information to use to find the terminal point.

The first input point is in quadrant 1, which means that the terminal point is in the upper-left corner of the graph.

The second input point is in quadrant 2, which means that the terminal point is in the lower-right corner of the graph.

## The Statement

The statement “tan = csc = and the terminal point determined by is in quadrant ” cannot be true because tan(x) is not a function.

This statement is based on the assumption that tan(x) is a function, which is not true. Tan(x) is actually a function of x only when x = 0. Otherwise, tan(x) is undefined. This means that the statement “tan = csc = and the terminal point determined by is in quadrant ” cannot be true because different values of x will produce different results for tan(x).

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## The Work

The statement “tan = , csc = , and the terminal point determined by is in quadrant ”?

This statement cannot be true because tan(x) is never a function of x. This is because tan(x) is always a derivative of x with respect to the variable x. If we graph tan(x), we will see that it never reaches the given value of 0 at any point on the x-axis. In other words, tan(x) never becomes zero.

Similarly, csc(x) also cannot become zero. This is because csc(x) is always a second derivative of x with respect to the variable x. Again, if we graph csc(x), we will see that it also never reaches the given value of 0 at any point on the x-axis. In other words, csc(x) never becomes zero.

## The Unknown

The statement “tan = , csc = , and the terminal point determined by is in quadrant ”?

This statement cannot be true because it does not take into account the Unknown. The Unknown is a term used in mathematics that refers to a value that is not known or specified. In this case, the Unknown value is the distance between the tan point and the csc point. Therefore, the statement cannot be completely accurate because it does not take into account this value.

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## Conclusion

Although the statement “tan = , csc = , and the terminal point determined by is in quadrant 3” appears to be true on the surface, there must be a reason why it cannot be. In order for this statement to be correct, all three variables would need to be equal at each point along the line segment connecting and . However, tan (the derivative of ) will never equal 0 or 1; it will always oscillate between these two values. Similarly, csc (the second derivative of ) will also oscillate between its maximum and minimum values. The third variable, , does not have an easily identifiable maxima and minima like tan and csc do; rather, its value remains unchanged as you move closer or further from . Thus, although all three variables appear to be in agreement with this statement on the surface, there has to be another explanation for why they are.

## FAQ

This statement cannot be true because tan(x) is undefined for x < 0.

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The terminal point determined by is in quadrant I only if x = 1. Otherwise, it is in quadrant III.