- The rate of the hose with the large diameter is:
Answer: A). 1/9.
- What is the unknown in the problem?
Answer: C). the time it takes for the hoses working together to fill the pool
-What part of the job does the hose with the large diameter do?
Answer: B). x/9
Answer:
chances chances of happening = 0.0119
Step-by-step explanation:
given data
bet = $5
independent fair games = 50
solution
we will think game as the normal distribution
so here mean is will be
mean = 
mean = 25
and standard deviation will be
standard deviation = 
standard deviation = 3.536
so
we have to lose 33 out of 50 time for lose more than $75
so as chance of doing things z score is
z score =
z score = 2.26
so from z table
chances chances of this happening = 0.0119
It’s a. Start at the y intercept and rise over run to the next point.
Let's solve this problem. We know the equation of <span>the height of the ball that is:
</span>

<span>
Where x represents </span><span>the horizontal distance in yards the ball has traveled in the air. We know that a distance is always positive, so we conclude that x must be greater or equal than 0, so:
</span>

<span>
The horizontal plane represents the zero of the function, given that there is no possibility for the ball to get negative values, then

is also positive. Finally, from the graph, the appropriate domain is:
</span>

<span>
</span><span>
</span>
Shawna and her best friend Keisha together spend $ 138
<h3><u>
Solution:</u></h3>
Given that, Shawna and her best friend Keisha go shopping.
The function given for money each girl spent based on the number of hours they were shopping is:

<em><u>Find the amount of money that each girl spent</u></em>
For t = 2 hours

<em><u>Find the amount of money that they spend together</u></em>
Multiply by 2 the amount of money that each girl spent
