Answer:
184.86 sq. cm.
Step-by-step explanation:
The following triangular prism has a base that is a right triangle.
We need to describe the net of this triangular prism.
The need of triangular prism contains three rectangles and two congruent right angles as shown in the below figure.
Now, using the net we have to find the surface area of the prism.
Area of a rectangle is
Area of a triangle is
So, total area is
Therefore, the surface area of the prism is 184.86 sq. cm.
Answer:
15 hours
Step-by-step explanation:
is the number of hours that Liam volunteered in the first month
The next month he volunteered 
times the time he volunteered the first month.
Total time he volunteered in the two months is 40 hours so
Time he volunteered in the first month is 15 hours.
Answer: Choice C, x ≤ -8
x is less than or equal to -8
put another way, x can be -8 or it can be smaller than -8
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We have some unknown number x, and we divide it by 2. The result is -4 or smaller. To find possible values for x, we need to solve for it. To do this, we multiply both sides by 2. Multiplication will undo division.
On the left side, the x/2 turns into x after you multiply it by 2.
On the right side, the -4 turns into -8 after you multiply it by 2
So that's how we go from x/2 ≤ -4 to x ≤ -8
Extra info: To graph this on a number line, plot a filled in closed circle at -8 on the number line. Then shade to the left of the closed circle. The closed circle says "include this value in the solution set". The shaded region represents all the values smaller than -8, eg the value -10.
Correct answer:
<span>"The maximum value of g(x) is greater than the minimum value of f(x)."
The maximum value of g(x) is -1 (looking at the table, is the higher number for the g(x) entry), and the minimum value of f(x) is -3 (looking at the graph is the lower y/f(x) you can point on it). So, the maximum value of g(x) is indedd greater than the minimum value of f(x).</span>
Your answer should be 895.2
