1. What’s the probablity of a second person winning the small prize?
There are now 99 total marbles, and 24 silver marbles. So, 24/99 is 0.24 probability.
2. Which player is most likely to win a big prize?
Since each player draws a silver marble (aka a small prize) there are less small prize marbles in the bag after each turn. So, the first person would have a 5% chance (or 0.05)of winning the big prize gold marble, but the last person would have a slightly bigger chance (5.15% or 0.0515) of winning a big prize.
3. How could the game be made fair for each player?
Well it’s quite simple, just have each player return their marble and the number of marbles would be kept constant, giving everyone an equal chance. Or you could have them all play at the same time, either way.
4. Same answer as 3
Answer:
8. <em>$356,250</em>
9. <em>50,000 Birds</em>
Step-by-step explanation:
8. $75,000*12.5%=$9375
30*$9375=281250
$75,000+$281,250=$356,250
9. 200,000*0.75%=1500
100*1500=150,000
200,000-150,00=50,000
2(8+12)
2(8)+2(12)
that is 16 plus 24 which makes 40
Answer:
6.76 × 10²
Step-by-step explanation:
5.2 × 
× 1.3 × [/tex]10^{-2}[/tex]
= 5.2 × 1.3 × 
= 6.76 × 10²
Answer:
16.703
Step-by-step explanation:
right angle triangle thus we use puthagoras theorem to find the unknown length.
By converse of pythagoras theorem,
c² = a² + b²
c = √a² + b²
where c is the hypothenuse, a and b can be any 2 side of the right angle triangle
so x = √c² - a² = √ 20² - 11² ≈ 16.703 (or u can use calculator to find the long string of decimals and then round off on your own)
