A line that passes through the point (x,y) with a y-intercept of b and a slope of m can be represented by the equation y = mx +
1 answer:
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Answer:
KM = 4
Step-by-step explanation:
(segment addition postulate)
(substitution)
Solve for x
Combine like terms
Plug in the value of x
Answer:
The equation that closely represents the graph is
Option A is correct.
Step-by-step explanation:
We need to find equation that represents the graph.
We can write equation in slope-intercept form: where m is slope and b is y-intercept.
For finding the equation we need to find slope and y-intercept
Finding slope
The slope can be found using formula:
From the graph we can find
Putting values and finding slope
We get Slope = 60
Finding y-intercept
Using point (0,-160) and slope m = 60, we can find y-intercept
Writing the equation
So, the equation for given graph having slope m = 60 and y-intercept b =-160 is:
So, The equation that closely represents the graph is
Option A is correct.
Hi! Your answer is q = -9
Please see an explanation for a better and clear understanding to your problem.
Any questions about my answer and explanation can be asked through comments! :)
Step-by-step explanation:
Since we want to solve for q-term. That means we are going to isolate q-term.
We can add 4 and 9 together.
Because we want to know the value of q. That means we have to isolate q-term by subtracting both sides by 13.
We are reaching to the final step where we divide the whole equation by 3.
Finally, the solution for this equation is q = -9. But what if you are not certain or sure about the answer? Let's check it out!
To check the answer, simply substitute q = -9 in the equation.
Notice that the equation is true for q = -9. Hence, we can conclude that the solution for this equation is q = -9.
Hope this helps!