Answer:
B. Generate 5 random integers from 1 to 10 and see how many times the numbers 1 to 8 are generated.
Step-by-step explanation:
William wants to simulate 5 shots with an 80% chance each shot. Let's see what is each option simulate
A.
This option is wrong. Since you generate 8 different possibilities(1-8), the chance for each is 1/8= 12.5%. The chance for either 3 and 5 is 25% and it's far from 80%
B.
This option is true. You generate 5 numbers which represent the 5 shots. Since you generate 10 different possibilities(1-10), the chance for each is 1/10= 10%. The chance for 1 to 8 is 80% .
C.
There is no information about the chance for the dart score, so this option won't simulate the situation accurately.
D.
This option is wrong. You generate 3 numbers which represent the 3 shots instead of 5.
Answer:
(n^3 + 4 n + 4487)/(n + 1)
Step-by-step explanation:
Simplify the following:
(n^3 + 4 n - 2 + 67^2)/(n + 1)
| | 6 | 7
× | | 6 | 7
| 4 | 6 | 9
4 | 0 | 2 | 0
4 | 4 | 8 | 9:
(n^3 + 4 n - 2 + 4489)/(n + 1)
Grouping like terms, n^3 + 4 n - 2 + 4489 = n^3 + 4 n + (4489 - 2):
(n^3 + 4 n + (4489 - 2))/(n + 1)
4489 - 2 = 4487:
Answer: (n^3 + 4 n + 4487)/(n + 1)
Answer:
31/6
Step-by-step explanation:
Write all numbers above the common denominator so 6-5/6
Multiply 6 by 6
Then we have 36 -5 / 6
Subtract the numbers so 36 -5 = 31 and 6 stays the same
We end up with 31/6 or 5 1/6 or 5.16 as Alternative form
Answer:
There isn't a figure. But Acute angles are less than 90 degrees(they're small than an L). Remember it by saying "cute" things are small so acute
Step-by-step explanation:
An ordered pair of the inverse of f(x)D, (1.2)
