The correct answer is B -8 just do the work :)
Answer:
10 Milk chocolates
8 dark chocolates
6 white chocolates
24 TOTAL
\frac{10}{24} Probability that Hanissa choose a milk chocolate
Now, since she has already eaten one chocolate, then what's left is 23 chocolates.
So, since the second one should be a white chocolate and there are 6 of them, then
\frac{6}{23} - probability of choosing a white chocolate.
Then, multiply,
( \frac{10}{24} )( \frac{6}{23} )= \frac{60}{552} or \frac{5}{46}
Answer: 5/46 or 10.87%
Step-by-step explanation:
Answer: 10
Step-by-step explanation:
Step-by-step explanation:
here as base are same
-x= 6x-9
=> -7x= -9
=> x = 9/7
What it is asking you to do is solve for h rather than V. You want h all by itself on one side of the equation.
Step One
Multiply both sides by 3
3*V = 3*(1/3
r²h
3V =
r²* h Divide both sides by r²
. . . . . . Divide by pi

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