Answer:
We get the value of constant = 80
Option C is correct answer.
Step-by-step explanation:
We need to find the value of the constant in the equation below.
By putting the value of height and width, we can find the value of constant.
Looking at the graph, x-axis represents width and y-axis represents height.
Taking any point from the graph we can find the value of constant.
Suppose we take the point (4,20)
We will have Width = 4,
Height = 20
Putting values in the given equation, we can find value of constant
So, we get the value of constant = 80
Option C is correct answer.
Answer: 8/12 = 2/3
Step-by-step explanation: To find the answer you must find a fraction that will have a denominator equal to 12. When changing 3/4 to 9/12 you multiple the 4 and the 3 by 3. When done doing that you will have 9/12 and 1/12. You subtract 1/12 from 9/12 and you should get 8/12, simplified to 2/3
Answer:
v = 55
Step-by-step explanation:
Plug in the values provided into the equation
v = u + at
v = 23 + 8 * 4
Solve
v = 23 + 8 * 4
v = 23 + 32
<u>v = 55</u>
Answer: 33
Step-by-step explanation: In the problem, you are given the figure with the following:
2x+3 and 3x+12
Method: Lets set this into an equation. Remember that straight lines add up to 180°.
2x+3+3x+12=180° Combine like terms.
5x+15=180°
5x=165°
x=33°
You can always plug in 33° in the expression that was set to make sure it does give you 180°.
Hope this helps.
