To determine the number of cubes he needs to fill the box (this is assuming the cubes are 1 in cubes, he would need to calculate the volume of the box. To find the volume he would multiply the length by the width by the height. This would be 5 in x 6 in x 7 in. The volume is 210 cubic inches, so he could fill it with 210 one inch cubes.
Answer:
ok aaj SGD Hv the best of my friends in a couple days of a sudden in
An equvilent equation
remember you can do anything to an equation as long asyou do it to both sides
assuming yo have
x+y=1 and
x-3y=9
mulitply both by 2
2x+2y=2
2x-6y=18
those are equvilent
ok, solve initial
x+y=1
x-3y=9
multiply first equation by -1 and add to 2nd equation
-x-y=-1
<u>x-3y=9 +</u>
0x-4y=8
-4y=8
divide both sides by -4
y=-2
sub back
x+y=1
x-2=1
add 2
x=3
x=3
y=-2
(3,-2)
if we test it in other one
2x+2y=2
2(3)+2(-2)=2
6-4=2
2=2
yep
2x-6y=18
2(3)-6(-2)=18
6+12=18
18=18
yep
solution is (3,-2)
Answer:
35/6 = 19/3, 37/6, 31/6, 35/6
Step-by-step explanation:
I believe this is the answer you're looking for? If you need me to write the process, say so in the comments so I can give what you are looking for.
ANSWER
EXPLANATION
The area of the two tra-pezoidal faces
The area of the 5 by 6.4 rectangular face
The area of the two square faces
The area of the 9 by 5 rectangular face is
The surface area of the design is:
