There is no answer since the terms of an equation can be written in any order (when in ordinary mathematical domains).
In algebraic terms, the solution is the answer to equation.
A linear equation is that of a straight line. Any one of the infinitely many points on the line will be solutions. If the equation is in terms of the variables x and y, just pick any two values of x, solve for y and the results will be the coordinates of two solutions.
There is nothing simpler than an equation with no terms in it.
identify the property and equation that satisfies the following statement: the solution of an equation is x=-2.
an equation in the form of a polynomial having a finite number of terms and equated to zeroan equation in the form of a polynomial having a finite number of terms and equated to zero
In an equation a term is either a single number or variable. Your example has 2 terms.
There is no answer since the terms of an equation can be written in any order (when in ordinary mathematical domains).
None, because without an equality sign the given terms can't be considered to be an equation.
To identify the slope in a linear equation, rearrange the equation into the form y = mx + b. The term m is the slope.
There are two terms: 3x, -2b. Yeah, two terms. But where is the equation?
So what? You treat it the same as you would a number.
There is no meaningful way of doing so. x + y = 3 is a linear equation in two variables x2 + x = 3 is a quadratic equation in one variable. Both have the same number of terms but they are not of the same kind.
To count the number of ions in an equation, first identify the ions present in each compound. Then, determine the number of each type of ion by looking at the subscripts in the chemical formula. Finally, multiply the number of ions by the coefficient (if present) to get the total number of ions in the equation.
In algebraic terms, the solution is the answer to equation.
An equation is a collection of terms that equal another collection of terms An expression is just a collection of terms that sometimes can be simplified
Chemical formulas of reactants and products; number of molecules involved in the reaction.