J = 16 solve for j by simplifying both sides of the equation, then isolating the variable
According to the calculations, the length of the enclosure is 100 meters, and the width is 50 meters.
To determine, using a linear system of inequalities, how long each side of the rectangle measures, the following calculation must be performed:
Length + width = Total fencing
- 125 x 2 + 125 = X
- 250 + 125 = X
- 375 = X
- 375 - 300 = 75
- 75/3 = 25
- 125 - 25 = 100
- 100 x 2 + 100 = X
- 200 + 100 = X
- 300 = X
- 200/2 = 100
- 100/2 = 50
Therefore, the length of the enclosure is 100 meters, and the width is 50 meters.
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Answer:
idk maybe 671
Step-by-step explanation:
The answer is c and e. To find the zeros of a function and they give you options like this, just plug them into the equation until they equal 0.
Y=mx+c isn't an equation to solve. It's the slope-intercept formula for graphing lines.
y and x are the variables, and m and c are the constants.
As an example, the line y=4x+2 looks like this: