With constant number of windings and current, the magnetic field density of a solenoid remains constant. However, magnetic flux is determined by the flow of magnetic field force through a given area. Therefore, the area is linearly and directly proportional to the magnetic flux.
By using algebra. You have to isolate the variable and use the constants to find the varaible.
A parameter can be thought of as a constant variable. It is a variable for which you determine a value, or whose value you change to see its effects on the situation modeled. The term is used in Geometry, Statistics, Physics and Engineering nas well as other fields.
The constant is the number; the variable is the letter.
The question is about an oxymoronic expression. A constant cannot be a variable and a variable cannot be a constant!
Constant variable
area is equal to the magnetic flux, therefore it is equal.
By using algebra. You have to isolate the variable and use the constants to find the varaible.
A generator, in general.
The constant is the number; the variable is the letter.
A parameter can be thought of as a constant variable. It is a variable for which you determine a value, or whose value you change to see its effects on the situation modeled. The term is used in Geometry, Statistics, Physics and Engineering nas well as other fields.
The question is about an oxymoronic expression. A constant cannot be a variable and a variable cannot be a constant!
Constant variable
A constant is not a variable at all, and none of its factors was a variable. It is constant.
The opposite of the word "constant" is "variable".
A constant is a variable that does not change. The correct term is constant variable.
Everything should be held constant except for one independent variable, the one thing you change. If you don't keep everything else constant, you can't determine the cause of changes in the dependent variable.
Logic fault ---> no such thing as a constant variable (by axiom: def of variable) []