Answer:
[-5,39]
Step-by-step explanation:
The vertex is at (-6,-5)
The interval is from -10 to 5 (inclusive of both endpoints...
Absolute function is open up because 4 is positive
I will plug in both endpoints now:
f(-10)=4|-10+6|-5 f(5)=4|5+6|-5
f(-10)=4(4)-5 f(5)=4(11)-5
f(-10)=11 f(5)=39
So the highest reached by f(5) which is 39 so our range will go up to 39 (inclusive)
11 is not the lowest reached, -5 is because our vertex was included within the domain
So the range is [-5,39]
Using the given bar graph, it is found that the statement that is supported by the data in the bar graph is given by:
The number of employees in Category I is three times the number of employees in Category II.
<h3>What does the bar graph state?</h3>
Research the problem on the internet, it is found that:
- 45% of the employees are of Category I.
Hence the correct option is given by:
The number of employees in Category I is three times the number of employees in Category II, as 45% = 3 x 15%.
More can be learned about bar graphs at brainly.com/question/24481455
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Answer:
y=3(x+2)^2+5
Step-by-step explanation:
The vertex is (p, q) where the "p" value is the x-coordinate of the vertex and the "q" is the y-coordinate of the vertex.
Given the vertex (-2, 5) the "p" here is -2 and "q" here is 5, so plugging into the vertex form we get y=3(x+2)^2+5
Answer:
Your answer is B, or the second one from the left
9514 1404 393
Answer:
(c) graph is a line through the origin
Step-by-step explanation:
The equation ...
y = kx
represents a proportional relationship between x and y. Its graph is a line through the origin. The value of k can be positive or negative. In this question, the value of k is 1/2.