You have a square piece of cardboard that measures 14 inches on each side. to build a box, you cut congruent squares out of each corner of the cardboard. use the picture to find the area of the cardboard you will use to build the box.

no work is necessary to be shown! asap ^^

To solve this problem you must apply the proccedure showm below:

 1. As you can see in the figure attached, the square piece of cardboard measures 14 inches on each side and the sides of each congruent squares of each corner of the cardboard is 4 inches. Therefore, you have that the area of the cardboard you will use to build the box is:

 At=A1-A2

 At is the area you will use to build the box.
 A1 is the original area of the the square piece of cardboard.
 A2 is the the area of the congruent squares.

 2. Then, you have:

 A1=(14 inches)²
 A1=196 inches²

 A2=(4 inches)²x4 squares
 A2=64 inches²

 At=196 inches²-64 inches²
 At=132 inches²

 The answer is: 132 inches²

0=6x+2y+10 is equivalent to the simplified form: y= -3x - 5• parallel lines always have the same slope, different y intercept knowing this, we can say the slope, or m of the line parallel to y= -3x - 5 is -3.m= -3 hope this could !

The question is kind of confusing. if it's asking how many variations of answers can you give. then do 4^5 for your answer.this would be something like the first question could be a and the 2nd c or first b next c etc. if you can, ask the teacher for a better confirmation of what it's asking. if i'm assuming correctly what it's asking, it's 625 different variations.