The original square of piece of paper, <span>with the cutting and folding lines would look like this: </span> <span>You see 4 congruent squares cut out of the corners. </span> <span>If the length of the sides of those squares is 4 inches, </span> <span>then the height of the box will be 4 inches. </span> <span>Let x be the length (in inches) of the side of the square (the bottom of the box). </span> <span>The surface area of the bottom (in square inches) is x^2, </span> <span>and the volume of the box, calculated as area of the bottom times height, </span> <span>(in cubic inches) is 4x^2 </span> <span>So 4x^2 = 784---> x^2 = 784/4 ---> x = sqrt 196 = 14. </span> <span>Answer: </span> <span>14 inches Hope this helps :)
I would say A or d because when you divide 784/4=196/49/12 so the closes one would be a <span>Since </span>4 inches<span> were </span>cut<span> from </span>each corner<span> of the </span>square piece<span> of </span>paper<span>, we </span>have. H=4<span>. Since the </span>original paper<span> is </span>square<span> and the </span>length cut<span> from </span>each side<span> is the same, the resulting base is still </span>square. L=W. ⇒784=4⋅L⋅W ⇒784=4L2 ⇒196=<span>L2 ⇒L=14. Now, what we want is the </span>length<span> of the </span>original paper<span>.</span>
Step-by-step explanation: since the height of the wooden boxes are 1.5 feet tall and they need the box to be full it will be 4 bags. Also because each bag contains 1.5 feet of dirt and that’s the exact amount we need for one box.
