<em>The question isn't complete. This is just part of the question</em>
<em>So please send the whole question together.</em>
Answer:
<h2>sdhsvdgfvdsgjvdsv dgfd shsdj dvgsahj fdvgshjfd dvgshjf dgshjd fdgshjdf dvgs</h2>
Step-by-step explanation:
<h2>dbugdfsgfdgyfghjsgd</h2>
Answer:
34.85%
Step-by-step explanation:
Let w be the probability of winning, then probability of losing would be (1 - w)
We know the ratio of winning to losing is 0.535
w/(1 - w) = 0.535
w = 0.535 - 0.535w
1.535w = 0.535
w = 0.348534202
% of games won:
0.348534202 × 100
34.8534202%
When comparing to thing with same rate, set up a proportion:
Inches/cost
13/.78=33/x
(13)(x)=(.78)(33) [cross multiplied]
13x=25.74 [simplified]
13/13x=25.74/13 [division property]
x=1.98
33 inches of wire will cost $1.98.
He would need to at least 44 to sell before breaking even.
