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Which of these ordered pairs are solutions to the equation 5x 1?
None of them.None of them.None of them.None of them.
A quadratic equation can't have one imaginary solution?
That's true. Complex and pure-imaginary solutions come in 'conjugate' pairs.
How do you find 3 different ordered pairs that are solutions of the equation?
Select any three values of x in the domain of the equation. Solve the equation at these three points for the other variable, y. Then each (x, y) will be an ordered pair that is a solution of the equation.
How would number solutions for an equation with two variables differ from the equation with one variable?
An equation with one variable typically has a single solution point, representing a specific value that satisfies the equation. In contrast, an equation with two variables can have multiple solutions, often represented as a set of ordered pairs (x, y) that form a line or curve on a graph. Depending on the equation, it may have infinitely many solutions, no solutions, or a unique solution. This increased complexity arises because the interaction between the two variables introduces additional dimensions to the solution set.
Which 2 order pairs are solutions of y x 5?
Which 2 order pairs are solutions of y x + 5
A graph of the set of ordered pairs that are solutions of the equation?
Graph of an equation.
Which of these ordered pairs are solutions to the equation 5x 1?
None of them.None of them.None of them.None of them.
A quadratic equation can't have one imaginary solution?
That's true. Complex and pure-imaginary solutions come in 'conjugate' pairs.
How do you find 3 different ordered pairs that are solutions of the equation?
Select any three values of x in the domain of the equation. Solve the equation at these three points for the other variable, y. Then each (x, y) will be an ordered pair that is a solution of the equation.
How would number solutions for an equation with two variables differ from the equation with one variable?
An equation with one variable typically has a single solution point, representing a specific value that satisfies the equation. In contrast, an equation with two variables can have multiple solutions, often represented as a set of ordered pairs (x, y) that form a line or curve on a graph. Depending on the equation, it may have infinitely many solutions, no solutions, or a unique solution. This increased complexity arises because the interaction between the two variables introduces additional dimensions to the solution set.
If an equation is an identity how many solutions does it have?
An identity equation has infinite solutions.
Find three different ordered pairs that are solutions of the equation y equals 2x-1?
3
How many solutions does the equation have?
The number of solutions an equation has depends on the nature of the equation. A linear equation typically has one solution, a quadratic equation can have two solutions, and a cubic equation can have three solutions. However, equations can also have no solution or an infinite number of solutions depending on the specific values and relationships within the equation. It is important to analyze the equation and its characteristics to determine the number of solutions accurately.
Which 2 order pairs are solutions of y x 5?
Which 2 order pairs are solutions of y x + 5
If an equation has a degree of three how many solutions will there be?
If the highest degree of an equation is 3, then the equation must have 3 solutions. Solutions can be: 1) 3 real solutions 2) one real and two imaginary solutions.
How many solutions do a equation have?
It will depend on the equation.
If the discriminant of a quadratic equation is -4 how many solutions does the equation have?
If the discriminant of a quadratic equation is less then 0 then it will have no real solutions.
