B 0.5643
C 0.9105
D 0.0233
Answer:
And we want this probability:
And using the normal standard distribution or excel we got:
And the best option would be:
D 0.0233
Step-by-step explanation:
For this case we have the following parameters:
And we select a sample size of n=13. And we want to find this probability:
We can assume that the distribution for this case is normal and then we can use the z score formula given by:
And if we replace the data given we got:
And we want this probability:
And using the normal standard distribution or excel we got:
And the best option would be:
D 0.0233
b. 36
c. no solution
d. all real numbers
The equation -2(6 - 20n) = 20(2n - 3) has no solution.
Hence the correct option is C.
Given is an equation -2(6 - 20n) = 20(2n - 3), we need to solve it for n,
Let's solve the equation step by step:
-2(6 - 20n) = 20(2n - 3)
First, distribute the -2 on the left side and the 20 on the right side:
-12 + 40n = 40n - 60
Next, let's move all the terms with "n" to one side of the equation:
-12 + 40n - 40n = 40n - 40n - 60
-12 = -60
Now, we can see that the equation is inconsistent, as there are no values of "n" that satisfy this equation.
Therefore, the correct answer is:
c. no solution
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Hi!
The answer is exactly those 20% of the dress, so 20% * 60$ = 0,2 * 60 = 12$.
Hope this helps!
The problem involves calculating a percentage saving on a purchase. Angela is buying a dress originally priced at $60 but has a 20% discount, which means she is saving $12 on her purchase.
Angela is looking to buy a dress that has a 20% discount. The original price of the dress is $60. To calculate how much Angela will save, we first need to find out what 20% of $60 is. To do this, we perform the following steps:
Therefore, "Angela will be saving $12 on her dress purchase".
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