Answer:
i disagree
Explanation:
it could be a strong storm and the heat made it look like a normal storm
Answer:
1
Explanation:
This is just like a linear equation, since it is a positive number the units are increasing by 1 unit. If we were to plug this into a graph we can see that 2 is the y-intercept which means with 2 tea bags you have 0 cups and for every additional cup of tea you need another teabag, meaning the increase, or slope of the equation so the answer is 1.
Hope this helped :)
The dimensions of the smaller holding pens from the parameters given are; 96 ft and 31 ft
<h3>What dimensions will maximize the area?</h3>
From the complete question, if the side lengths of the big rectangle are x and y, then the expression for the area A is:
A = x*y
Then perimeter since we have 384 ft of fencing available is;
2x + 2y = 384
y = (384 - 2x)/2
y = 192 - x
Put 192 - x for y in area formula;
A = x(192 - x)
A = 192x - x²
Completing the square of this are equation gives;
A = 9216 - (x - 96)²
This means that A is maximum at x - 96 = 0
Thus, A is maximum when x = 96 ft
At A_max; y = 192 - 96 = 96 ft
Since the area of the bigger rectangle has been maximized, it means that we have also maximized the area of the smaller pens. Therefore its' dimensions will be;
x_small = 96 ft/3 = 31 ft
y_small = 96 ft
Read more about maximizing area at; brainly.com/question/9819619
*Step 1 - Simplify 9^2 to 81.
81 + 3^2 + 2^3 + 50 + 32
*Step 2 - Simplify 3^2 to 9.
81 + 9 + 2^3 + 50 + 32
*Step 3 - Simplify 2^3 to 8.
81 + 9 + 8 + 50 + 32
*Step 4 - Simplify 81 + 9 to 90.
90 + 8 + 50 + 32
*Step 5 - Simplify 90 + 8 to 98.
98 + 50 + 32
*Step 6 - Simplify 98 + 50 to 148.
148 + 32
*Step 7 - Simplify
180
Done!
