One solution, no solutions, infinitely many solutions

Zach found that a linear equation with one variable (the variable x) can be transformed into an equivalent equation.

5x = 5x

Determine if the equation has: one solution, no solutions, or infinitely many solutions.

• Infinitely Many Solutions

• One Solution

• No Solution

Danica found that a linear equation with one variable (the variable x) can be transformed into an equivalent equation.

x = 5x

Determine if the equation has: one solution, no solutions, or infinitely many solutions.

• Infinitely Many Solutions

• One Solution

• No Solution

Deirdre found that a linear equation with one variable (the variable x) can be transformed into an equivalent equation.

x = 5

Determine if the equation has: one solution, no solutions, or infinitely many solutions.

• Infinitely Many Solutions

• One Solution

• No Solution

Kristen found that a linear equation with one variable (the variable x) can be transformed into an equivalent equation.

5 = 5

Determine if the equation has: one solution, no solutions, or infinitely many solutions.

• Infinitely Many Solutions

• One Solution

• No Solution

Melissa found that a linear equation with one variable (the variable x) can be transformed into an equivalent equation.

3 = 5

Determine if the equation has: one solution, no solutions, or infinitely many solutions.

• Infinitely Many Solutions

• One Solution

• No Solution

Austin found that a linear equation with one variable (the variable x) can be transformed into an equivalent equation.

3 = 5x

Determine if the equation has: one solution, no solutions, or infinitely many solutions.

• Infinitely Many Solutions

• One Solution

• No Solution

Gustavo found that a linear equation with one variable (the variable x) can be transformed into an equivalent equation.

x = x

Determine if the equation has: one solution, no solutions, or infinitely many solutions.

• Infinitely Many Solutions

• One Solution

• No Solution

McGyver found that a linear equation with one variable (the variable x) can be transformed into an equivalent equation.

14 = -14

Determine if the equation has: one solution, no solutions, or infinitely many solutions.

• Infinitely Many Solutions

• One Solution

• No Solution

Patricia found that a linear equation with one variable (the variable x) can be transformed into an equivalent equation.

14x = -14

Determine if the equation has: one solution, no solutions, or infinitely many solutions.

• Infinitely Many Solutions

• One Solution

• No Solution

Maya found that a linear equation with one variable (the variable x) can be transformed into an equivalent equation.

-6 = 6

Determine if the equation has: one solution, no solutions, or infinitely many solutions.

• Infinitely Many Solutions

• One Solution

• No Solution