Answer:
I think its k so try that but if it douse not worckd the try b
The maximum value that could be reached would be about 211.05 cubic inches.
The initial measurements of the box are:
Length: 17
Width: 12
Height: 0
Right now, the volume is zero. However, if we let the height equal 0 (the amount of the cut out), we can write the following equation for the volume.
Volume = (17 - 2x)(12 - 2x)x
If you graph this, you will find a maximum value of 211.05, keeping in mind that the cut out must be less than 6.
Answer:
v=7
Step-by-step explanation:
i just used a math website for my answers and told it to simplify. try using that website. i always get an 90-100's on my tests from using that
Answer:
No solution
Step-by-step explanation:
You are given the inequality
First, eliminate brackets in left side of the inequality:
Now separate variables and numbers:
So
The last inequality is false (0 is not less than -2), so the initial inequality has no solution.
