The table below shows two equations: equation 1 |4x − 3|− 5 = 4 equation 2 |2x + 3| + 8 = 3 which statement is true about the solution to the two equations? equation 1 and equation 2 have no solutions. equation 1 has no solution, and equation 2 has solutions x = −4, 1. the solutions to equation 1 are x = 3, −1.5, and equation 2 has no solution. the solutions to equation 1 are x = 3, −1.5, and equation 2 has solutions x = −4, 1.

The solutions to equation 1 are x = 3, −1.5, and equation 2 has no solution.

Step-by-step explanation:

Rearranging the two equations, you get ...

The above-listed answer is the only one that matches these solution counts.

Testing the above values of x reveals they are, indeed, solutions to Equation 1.

(1) has solutions x = 3, x= - 1.5 and (2) has no solution

solving each equation

(1)

add 5 to both sides

|4x - 3 | = 9 ( remove bars from absolute value )

4x - 3 = 9 or 4x - 3 = - 9 ( by definition )

4x = 9 + 3 = 12 or 4x = - 9 + 3 = - 6

x = 3 or x = - 1.5

(2)

subtract 8 from both sides

|2x + 3 | = - 5

the absolute value cannot be equal to a negative quantity

thus |2x + 3 | = - 5 has no solution

42 inches then 10 1/2 deep

it's d.

step-by-step explanation:

because: -1(4x + 1y) +2 (1x-3y) distribute each number into the parenthesis.

then you would get: -4x - 1y + 2x -6y combine like terms

and get: 2x -7y

hope my answer has you if not then i'm sorry.