If you would like to know what do the f(x) and x represent in Luke's situation, you can find this using the following step:
<span>f(x) = 7x + 15
</span>7 hours each week
x ... the number of weeks
f(x) ... the total number of hours Luke exercises
The correct result would be A) <span>f(x) represents the total number of hours; x represents the number of weeks he exercises this summer.</span>
This is called a binomial probability experiment.
Let n = 15.
Let p = 0.6
The binomial distribution formula is represented by:
p = (n r)
After plugging p and n into our distribution, we have 0.403. This means that the probability that 10 or more will show that the above three food items were ordered.
First, solve the given equation:
y-3 = 5(x+3) Original equation
y-3 = 5x+15 Distributed the parenthesis
y = 5x+15+3 Isolated y by grouping like-terms
y = 5x+18 Final equation in slope-intercept form
Then, you’d plug in the sets of coordinates. The first is (-3,3). X is -3 and Y is 3 because coordinates are written in (x,y) format.
(3) = 5(-3)+18
3 = -15+18
3 = 3
Since the first coordinates (-3,3) are correct, there is no need to try the other equations.
No because 0 and 1 are whole numbers which also classifies as an integer. So basically if there are no whole numbers between the numbers, there are also no integers between the numbers.