The point at which the axes intersect is called the ______.
A system of two ______ equations can have zero, one, or an infinite number of solutions.
A(n) _______ expressions is an expression that contains a square root.
A(n) __________ is an algebraic __________ if it contains sums and/or products of variables and numbers.
For radical expressions in which the exponent of the variable inside the radical is even and the resulting simplified exponent is odd, you must use ________ value to ensure nonnegative results.
No radicands have _______ square factors other than 1
Points in the coordinate plane are named by _______ _____ of the form (x, y).
If each side of a(n) ________ is multiplied or divided by the same number, the resulting ________ is true.
When solving equations that contain grouping symbols, first use the _____________ Property to remove the grouping symbols.
There are _____ methods by which systems of equations can be solved: graphing, elimination, and substitution.
__________ are binomials of the form p√(q) + r√(t) and p√(q) - r√(t).
If each side of an inequality is multiplied or divided by the same negative number, the direction of the inequality symbol must be ________ so that the resulting inequality is true.
There are __________ many points on a line, so when you are asked to find points on a line, there are many answers.
It is difficult to determine the solution of a system when the two graphs intersect at __________ values.
Sometimes adding or subtracting two equations together will _________ one variable.
No radicands contain _________
Remember that any time you divide an inequality by a(n) _________ number you reverse the direction of the sign.
The ________ Property states that for two numbers a and b ≥ 0, √(ab) = √(a) ⋅ √(b).
Don't forget to multiply ____ the numerator and denominator by the radical when you rationalize the denominator.