Let us say T= probability of head turning up = 1/2 in one toss
H = probability of a tail turning up = 1/2 in one toss
Then P (56 heads or more) =
1/2^100 [ C(100,56) + C(100,57) + C(100,58) + ....
C(100,98) + C(100,99) + C(100,100) ]
where C(N, R) = N ! / [ (N - R)! R! ] number of occurrances of R formed from
N tosses.
Answer:
1. 84 in
2. 300 ft
3. 2500 cm
4. 5000 m
5. 6 lbs
6. 10560.03937 ft
7. 3520.0131234 yd
8. 4.375 c
9. 1.5 L
10. 6000 mg
11. 48
12. 80000 lbs
13. 1.5 m
14. 1500 mm
15. Dan's phone is 157 millimeters long. How many inches is this? 5
Step-by-step explanation:
To solve, use the distance formula:
. Using your values of x and y, you get
, which is approximately 9.22. This means your shortest distance is √85≈9.22
The answer for this question is 0.76
Hope this helped
Hexadecimal numerals are widely used by computer system designers and programmers, as they provide a human-friendly representation of binary-coded values. Each hexadecimal digit represents four binary digits, also known as a nibble, which is half a byte.
