No. It is a constant. The Greek letter pi is used to denote the following: A fundamental mathematical constant defined as the ratio of the circumference of a circle to its diameter. It is a transcendental number with the decimal expansion 3.141 592 653 589 79...More than a trillion decimal places have now been calculated; just 39 places are sufficient to compute the circumference of the observable Universe accurate to within the radius of a hydrogen atom.(According to the Penguin Dictionary of Science)
The dependent variable.
The dependent variable is the variable that depends on the independent variable.
the test variable is the independent variable.
The independent variable is the variable you change. The dependent is the variable you measure and the contol variable is the variable that you keep the same.
Pi is a unitless number, not a distance. Pi is a ratio it has no dimensions. Pi is the ratio of the circumference of a circle to its diameter.
No. It is a constant. A variable is something that changes value in certain circumstances; pi always has the same value.
It is a variable that can not be changed such as PI.
It is a variable that can not be changed such as PI.
Yes--in that it is a constant that typically precedes a variable.
float pi = 3.142; // Note: pi is an irrational number, there is no "exact" value of pi
A constant that multiplies a variable is no longer a constant. By its very definition, a constant is something that can never be different. The result of variable multiplication is thus a variable, not a constant.I would say that the above answer is not necessarily true. The common equation for the area of a circle is: area = pi * r2The fact that you are multiplying the mathematical constant pi by a variable does not change the value of pi.Agree with the second answer. Jsut to add, a constant that multplies a variable is called a coefficient.
pi, e, phi, 1,2,3,4, etc.
The volume is added by the variable "x" and multiplied by pi
Pi is not a variable. Pi is an irrational real positive number. The value of pi is approximately 3.14159 irrational means there is no way to write the exact value of pi. It can not be written with a finite number of decimal points. It can not be written as a fraction. it can not be written as the nth root of any number. real means it is not generated by taking the square root of a negative number and it is not generated by dividing anything by 0 . positive means it is greater then 0.
There could be a variable in the numerator which is not defined. For example, [tan(x)]/3 has no variable in the denominator but the expression is not defined for x = pi/2, for example (90 deg).
The antiderivative of a constant, such as (8\pi), is found by multiplying the constant by the variable of integration and adding a constant of integration (C). Thus, the antiderivative of (8\pi) with respect to (x) is (8\pi x + C), where (C) represents any constant.
Again, please clarify the question. Either "x=y^2/cos(x)*pi " or "x=y^2/cos(pi)". From the question it is not possible to tell whether the second "x" is a variable, or a multiplier sign (and if it were a multiplier, you're question is omitting a variable on the cos(x)).