The outcome would be 5/6 a chance of not rolling a 6.
Since there are 6 numbers, but you don't want to roll one of them it would be 5.
This is a problem on binomial probability. We are looking for
for n=11, p=0.38, q=1-0.38=0.62.
We have
If we represents a book's cost as x, that would mean that 5*x would represent the cost of 5 books (as x+x+x+x+x=5x) and 4x would be 4, resulting in 5x+4x=9x. After that, we get that 19 books is 19x as the cost, but since Agnus gets a 10 dollar discount, it's 19x-10. After that, to combine the two, we notice that Agnus still spends 5$ more than what they spent combined (9x) so we get that 9x+5=19x-10. Subtracting 9x from both sides, we get 10x-10=5. Adding 10 to both sides there, we get 10x=15 and we can divide 10 by both sides to get x=1.5
Answer:
The domain of the function in interval notation is
Step-by-step explanation:
Let
h(t) -----> the heart rate of a runner
t ----> the time in minutes
we know that
The runner completed the 10 mile run in 112 minutes
112 minutes is the maximum time of the domain
so
The domain is all real numbers greater than or equal to 0 minutes and less than or equal to 112 minutes
In interval notation the domain is
8 cans
48/6=8
since each student collected equal amounts then divide the number of cans by the number of students