It decreases by -.4 over 1
Answer:
60/-4
Step-by-step explanation:
Answer:
is least soluble at high temperatures.
Step-by-step explanation:
The compound that has least solubility when the temperature increases is the one that has the least value along y-axis <em>(solubility)</em> for greater values along x- axis <em>(temperature).</em>
From the graph we see that 
is most soluble at high temperatures <em>(in fact its solubility increases with increase in temperature)</em>, and is least soluble for high temperatures <em>(its solubility decreases with increase in temperature) .</em>
Thus,<em> </em> is least soluble at high temperatures.
Answer:
24 inches
Step-by-step explanation:
Similar to the question you asked earlier, this question also has 3 small rectangles and we can combine it to make it a one big rectangle. The equation for the perimeter is this:
2W + 2L = P
We know W and P (the width of the small rectangles times 3), thus plugging in those values would give us:
2(30*3) + 2L = 324
180 + 2L = 324
2L = 144
L = 72
We need to divide this number by 3 to get the length of the small rectangle, which would give us 72/3 or 24.
Go to the left two times, then go down 6 units
