Given equation : y=5/2x.
Solution: In order to graph direct variation equation, we need to make a table of different values of x and y.
We need to plug some values of x's in equation to get values of y's.
Because, we have fraction 5/2, and 2 in denominator. So it would be better to take multiples of 2, so that we don't get values in decimals.
Let us take x=0 first.
Plugging x=0 in given equation, we get
y=5/2x = 5/2(0) = 0.
Let us take x=2 first.
Plugging x=2 in given equation, we get
y=5/2 *(2) = 5
Let us take x=2 first.
Plugging x=4 in given equation, we get
y=5/2 *(4) = 5 *2 = 10.
We got three coordinates for the graph (0,0) , (2,5) and (4, 10).
Let us plot those coordinates on the graph and join the points to draw a straight line.
She used two trapezoids.
She put one trapezoid on top and one on the bottom.
The shape she ends up making is a hexagon.
Answer:
23.3 and 11.05
Step-by-step explanation:
hope it helped!
Answer:
See Explanation
Step-by-step explanation:
The question is incomplete, and it needs additional information before it can be answered.
However, a possible question could be that we generate an equation that has 3 variables and equals 180.
A possible question is:
<em>The sum of three consecutive numbers is 180. What is the highest number?</em>
<em />
<em>And the solution is as follows:</em>
Let the three numbers (in order of smallest to greatest) be x, y and z
So, the sum is:
Since the numbers are consecutive, then the following relationship exist:
Substitute x + 1 for y and x + 2 for z in
Collect Like Terms
Solve for x
The value of the highest being is:
<em>You can generate as many equation as possible</em>
Answer:
if 'h' is equal to 4+2= 6
then it would be
w = 4 (6)
w = 24
