1
The complement to 25 degrees would be 65 because 25 + 65 = 90. Complementary angles are always equal to 90 degrees, no more, no less.
This X2/X = X ==========yes X/3 = ?????? ==============No Yes it can. However, dividing by a variable doesn't always work since the variable could evaluate to zero, and you cannot divide by zero. Similar is true if the non-variable is zero.
Dependent variable
It is 90
Angle + Its Complement = 90 degrees Angle = Its Complement + 8 degrees2*(Its Complement) + 8 degrees = 90 degrees2*(Its Complement) = 82 degreesIts Complement = 41 degreesAngle + 41 degrees = 90 degreesAngle = 49 degrees
The complement law is a fundamental principle in Boolean algebra that states that the conjunction (AND operation) of a variable and its complement equals zero, while the disjunction (OR operation) of a variable and its complement equals one. Mathematically, this can be expressed as ( A \cdot \overline{A} = 0 ) and ( A + \overline{A} = 1 ), where ( A ) is a Boolean variable and ( \overline{A} ) is its complement. This law is essential for simplifying Boolean expressions and designing digital circuits.
In Boolean algebra, the law of double complementation states that a variable is equal to its double complement. This means that applying the complement operation twice to a variable yields the original variable. This law is useful in simplifying Boolean expressions and can help in reducing the complexity of logic circuits.
the y variable always changes and x is constant
The variable in the experiment that is always the same
dependent variable always go on y.axis on the graph.
Always isolate the varible
no
constant variable
x is used a lot to represent an independent variable. When time is the independent variable t is often used as well.
Yes. A variable by itself, or anything that contains a variable, would be a variable expression (unless the variable cancels out, as in "x - x", which always has the same value).
It is very common to use, but it is not the only variable you can use.
Always changing