Answer:
2.2084384 in cents, and 22.084384 in dollars
Step-by-step explanation:
Apologies in advance if I've got something wrong, it's currently 12:08 at night for me njnhrj
First we'd like to figure out how much we have after calculating the weight left over after charging for the first ounce.
7.90137-1=6.90137
Multiply by .32, and you've got your sum in cents; 2.2084384
Divide this by 0.1 and you've got it in dollars; 22.084384
Answer: a) 0.0792 b) 0.264
Step-by-step explanation:
Let Event D = Families own a dog .
Event C = families own a cat .
Given : Probability that families own a dog : P(D)=0.36
Probability that families own a dog also own a cat : P(C|D)=0.22
Probability that families own a cat : P(C)= 0.30
a) Formula to find conditional probability :
(1)
Similarly ,
Hence, the probability that a randomly selected family owns both a dog and a cat : 0.0792
b) Again, using (2)
Hence, the conditional probability that a randomly selected family owns a dog given that it owns a cat = 0.264
Answer:
The answer is that x = 6 and y = -6
Step-by-step explanation:
In order to find these values, we can use elimination. To do so, we multiply the first equation by 2 and then add the equations together.
4x + 8y = -24
-4x - 2y = -12
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6y = -36
y = -6
Now that we have this value, we can plug the value into one of the originals and find x.
2x + 4y = -12
2x + 4(-6) = -12
2x - 24 = -12
2x = 12
x = 6
Answer:
The answer is B
Step-by-step explanation:
