Answer: easyyyyyyyyy
Step-by-step explanation:
The relation that is a function is relation (b)
<h3>How to determine the
relation that is a
function?</h3>
The ordered pairs in the option represent the given parameters
For a relation (i.e. the ordered pairs) to be a function, the following must be true:
Each y value on the ordered pair must have exactly one x value
i.e. no x value must point to the different y value
Having said that the relation that is a function is relation (b)
Hence, the the relation that is a function is relation (b)2
Read more about functions at
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mă pis pe mata de cioroi profit GAYULE
1) Yes, there are many functions that have those x-intercepts with the same domain.
2) Yes, there are many functions with those x-intercpets, domain and range.
In fact, you might draw as many functions as you want that meet the specifications of both statements.
Answer:
p = 7.50h
Step-by-step explanation:
The answer has to be in the form of p =, since p is the pay which represents our y value, and the hours worked represents our x value. You can find the slope of the line by using the formula and any two points on the table:

That simplifies to 7.5. So the slope of the line is 7.5. We also know that the line goes through the origin (0, 0), which means, according to our data (and any data in the real world) that if you work 0 hours (x) you get 0 pay (y). So the y intercept of the line is 0. The equation, then, in slope-intercept form, is
p = 7.50h, the first choice. This means that the employee makes $7.50 per hour and should probably consider a new job.