x = 26 m is the width of the pool, length: 29+4 = 33 m.
<u>Step-by-step explanation:</u>
We have A rectangular pool is surrounded by a walk 3 meters wide. The pool is 4 meters longer than its width. If the total area of the pool walk is 372 square meters more than the area of the pool.
Let the width of the pool = x
Then the length will = (x+4) ,over all dimensions will be (x+6) by (x+6+4) or (x+10)
Total area - pool area = 372

∴ x = 26 ft is the width of the pool, length: 29+4 = 33 ft
function rule describes the amount of profit that will be made by the student council on the shirt sales is
.
<u>Step-by-step explanation:</u>
Here we have , student council at Smith Valley High School is planning to sell t-shirts as part of a fundraiser using company A, the shirts cost $4.50 each. The student council has to pay the shirt company a design fee of $45. the shirts will be sold for $12 each. We need to find a function rule describes the amount of profit that will be made by the student council on the shirt sales . Let's find out:
Each shirt cost $4.50 . The student council has to pay the shirt company a design fee of $45. the shirts will be sold for $12 each , So the total amount of t shirt he sell is :
⇒
, where x is the number of t shirts !
Now , expenses is given by :
⇒
, where x is the number of t shirts !
So , Profit made is :
⇒ 
⇒ 
Therefore , function rule describes the amount of profit that will be made by the student council on the shirt sales is
.
1. The status of a statement as either true or false is Truth value.
2. A logical statement that is broken down into two parts, the hypothesis and the conclusion is Conditional statement.
3. The “if” portion of your conditional statement; what your conditional statement is about is Hypothesis.
4. The “then” portion of your conditional statement; what your conditional statement is doing is Conclusion.
5. This version of the conditional switches the hypothesis portion with conclusion portion of the statement is Converse.
6. This version of the conditional negates both the hypothesis and the conclusion portions of the statement is Inverse.
7. This version of the conditional combines the converse with the inverse and switches the hypothesis and conclusion while negating both portions is Contrapositive.
Since we know the length (L) to width (W) ratio is 3 to 1, we can put the ratio in the form of a fraction and solve for the unknown length (L’).
Therefore we have L/W = 3/1 = L’/33
Moving the width of 33 to the other side of the equation, we have 3/1 * 33 = L’
99/1 = L’
99 = L’
Therefore the length L’ should be 99cm if the width is 33cm.
Let me know if you have any questions.