Given, Bodhi has a collection of 175 dimes and nickel. If she has n numbers of nickel. Then,
The number of dimes coin= 175-n.
The collection is worth $13.30.
1 nickel is worth five cents. So, n nickel will worth 0.05n.
Similarly 1 dime is worth 10 cents. So, 175-n dimes will worth 0.1(175-n).
Since the total worth is $13.30. So, we can set the equation as follows:
0.1(175-n)+0.05n=13.13.
Hence, the last option is the correct choice.
Probability is the ratio of something occurring vs something not occuring
As there is a 100% chance he'll be taking the test,
0.49= 49% he'll be passing
100% = 49% + x
where x= chance he'll fail
therefore x= 100%-49%= 51% he'll fail!
Answer:
0.667 is the probability that Billy will roll a 3 or higher.
Step-by-step explanation:
We are given the following in the question:
E: Rolling of a six-sided die
The sample space for the given event is
S: {1, 2, 3, 4, 5, 6}
We have to find the probability that Billy will roll a 3 or higher.
P( roll a 3 or higher) =
Thus, 0.667 is the probability that Billy will roll a 3 or higher.
Answer:
Step-by-step explanation:
y = mx + b is the formula to figure out your question
Now, the equation ( y = 28x + 8)
Already shows the m and b
m = 28
b = 8
Hope this helps! :)
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