Probability of it turning out the way you want =
(number of different outcomes that you like)
divided by
(total number of ways it can possibly turn out) .
Total number of ways the spinner can land = (1 + 4 + 6 + 1) = 12
Number of ways you'll be happy with = (yellow + red) = (6 + 4) = 10
Probability of a spin that you like = 10/12 = 5/6 = (83 and 1/3) % .
If the spinner is honest, well-balanced, and doesn't stick or scrape,
and nobody blows or sits on it while it's spinning, then you'll predict
that 5/6 of the spins will turn out in ways that you like.
5/6 of 96 = 80 spins .
Creditworthiness is the answer
Answer: VW = 19
Step-by-step explanation: The segment UW has a point V between them, so:
UV + VW = UW
6 + 4x - 1 = 5x
4x + 5 = 5x
x = 5
The numerical length is
VW = 4x - 1
VW = 4(5) - 1
VW = 19
<u>The measure, numerically, of VW is 19</u>
If im sure it should be c
