Bytelearn - cat image with glassesAI tutor

Welcome to Bytelearn!

Let’s check out your problem:

How many solutions does the following equation have?

14(z+3)=14 z+21
Choose 1 answer:
(A) No solutions
(B) Exactly one solution
(C) Infinitely many solutions

How many solutions does the following equation have?\newline14(z+3)=14z+2114(z+3)=14z+21\newlineChoose 11 answer:\newline(A) No solutions\newline(B) Exactly one solution\newline(C) Infinitely many solutions

Full solution

Q. How many solutions does the following equation have?\newline14(z+3)=14z+2114(z+3)=14z+21\newlineChoose 11 answer:\newline(A) No solutions\newline(B) Exactly one solution\newline(C) Infinitely many solutions
  1. Distribute 1414: Distribute 1414 to both terms inside the parentheses on the left side of the equation.\newline14(z+3)=14z+4214(z+3) = 14z + 42
  2. Write down equation: Write down the equation after distribution. 14z+42=14z+2114z + 42 = 14z + 21
  3. Subtract 1414z: Subtract 14z14z from both sides of the equation to try to isolate the variable.\newline14z+4214z=14z+2114z14z + 42 - 14z = 14z + 21 - 14z
  4. Simplify equation: Simplify both sides of the equation after subtraction. 42=2142 = 21
  5. Check for solution: Check if the simplified equation makes sense.\newlineSince 422142 \neq 21, the equation has no solution.

More problems from Find the number of solutions to a linear equation