Linear or Non-Linear Equations in One Variable: x - 3 = -2

Linear or Non-Linear Equations in One Variable: $\frac{x}{6}=4$

Linear or Non-Linear Equations in One Variable: $\frac{x}{6}=4$

Linear or Non-Linear Equations in One Variable: $\frac{2x}{3}-8=-9$

Linear or Non-Linear Equations in One Variable: $3x+3=6$

Linear or Non-Linear Equations in One Variable: $-2y+y=5$

Linear or Non-Linear Equations in One Variable: $y+5=0$

Linear or Non-Linear Equations in One Variable: $\frac{x}{2}-1=7$

Linear or Non-Linear Equations in One Variable: $8=2x+4$

Linear or Non-Linear Equations in One Variable: $16=2y+2y$

Linear or Non-Linear Equations in One Variable: $-3x=\frac{2}{3}$

Linear or Non-Linear Equations in One Variable: $2y=-\frac{1}{4}$

Linear or Non-Linear Equations in One Variable: $\frac{2}{3}x+5=-8$

Linear or Non-Linear Equations in One Variable: $x-1=-11$

Linear or Non-Linear Equations in One Variable: $4-y=-12$

Linear or Non-Linear Equations in One Variable: $x-y=5$

Linear or Non-Linear Equations in One Variable: $y^2=4$

Linear or Non-Linear Equations in One Variable: $x^3=-27$

Linear or Non-Linear Equations in One Variable: $x^2+4x+4=0$

Linear or Non-Linear Equations in One Variable: $xy-4=15$

Linear or Non-Linear Equations in One Variable: $x-y=7$

Linear or Non-Linear Equations in One Variable: $x+2y=-12$

Linear or Non-Linear Equations in One Variable: $\frac{x}{y}+3x=9$

Linear or Non-Linear Equations in One Variable: $x^3-2x^2=8$

Linear or Non-Linear Equations in One Variable: $15x=2y+4$

Linear or Non-Linear Equations in One Variable: $y=2x-7$

Linear or Non-Linear Equations in One Variable: $\frac{x}{2}-\frac{2y}{5}=-1$

Linear or Non-Linear Equations in One Variable: $2x^2=3x+4$

Linear or Non-Linear Equations in One Variable: $y=\frac{1}{2}x-1$

Linear or Non-Linear Equations in One Variable: $\sqrt[3]{x^6}=16$

Determine if the number in the bracket, [ ], at the end of the following equations is the solution to each of them. $x+10=15[5]$

Determine if the number in the bracket, [ ], at the end of the following equations is the solution to each of them. $6x=35[5]$

Determine if the number in the bracket, [ ], at the end of the following equations is the solution to each of them. $2x-2=8\left[3\right]$

Determine if the number in the bracket, [ ], at the end of the following equations is the solution to each of them. $\frac{x}{5}=\frac{1}{2}\left[5\right]$

Determine if the number in the bracket, [ ], at the end of the following equations is the solution to each of them. $4x-1=11\left[3\right]$