Question

A bag contains 6 green marbles and 5 white Marbles. You select a marble at random. What are the odds in favor of picking a green marble?
1:6
5:6
6:5
6:11
I think its 6:11

Answer 1

You are right.

Answer 2

Thank you :)

Answer 3

P green = 6/11
P not green = 5/11
6/11 / 5/11 = 6/5
it said odds,not probability. I made that reading mistake this morning too :)

Answer 4

I made that reading error too this morning.

Answer 5

odds are different than probability ... favorable : unfavorable

the probability of green is ... 6/11

the odds of green is ... 6:5

Answer 6

so is it 6/5 or 6/11

Answer 7

the right answer is 6/5 (6 green marbles out of 5 white marbles)

Answer 8

a
a
a
d
d
c
b
c
c
b
a
a

Answer 9

Since there is 11 total marbles the correct answer is 6/11.

Answer 10

1. A
2. C
3. B
4. B
5. C
6. B
7. B
8. C
9. D
10. B
11. C
12. C
13. D
14. A
15. A
16. C
17. A
18. C
i got 12/18 searching the answers one by one.
these should get you 100%

Answer 11

Dont listen

Answer 12

GEOM B U9 L2 Semester Exam

1. D, 15° and 75°

2. B, 40

3. B, 10

4. B, 52 ft.

5. B, DGH ~ DFE; SAS ~

6. A, AA Postulate

7. A, 24

8. C, 6√2 miles; 6√11 miles

9. A, x = 10

10. B, no

11. C, obtuse

12. C, 17√2 ft

13. D, 21/2 + 7/2√3

14. D, 86.19°

15. C, sin A = 21/29, cos A = 20/29

16. B, 2.1 mi

17. A, about 29 miles at 25° south of west

18. C

19. B, P'(-8, -1), Q'(-6, 8), R'(4, 3)

20. D, 288°

21. D, 2

22. B, X

23. B, enlargement; 2

24. B, glide reflection; translate 8 units to the right then reflect across the line y = 4

25. C, 812 in²

26. B, 25,7 ft

27. A, 70cm²

28. 40.8 ft²

29. A, 585 in²

30. A, 8,000

31. B, 40π in.

32. C, 45π m

33. D, 4.2025π m²

34. B, 51.8 in.²

35. A, 30

36. A, 472 m²; 486 m²

37. B, 308π in.²

38. C, 57 ft²

39. A, 1,802 m²

40. B, 1:4

41. B, 1,472.6 in.³

42. A, 143.2 ft²

43. C, 1,344.8 m²

44. D, 7:18

45. C, 68

46. B, 60

47. C, 47°

48. A, 44°

49. A, 34°

50. A, (x + 3)² + (y - 2)² = 9

51. C, (x - 2)² + (y + 5)² = 241

52. C, 6:5

53. C, 2/91

Answer 13

Aiko is lying..

Answer 14

Unit 9 lesson 2 Geometry Semester B Exam
1. 18 and 72
2. 45
3. 10
4. 52 ft
5. OMN ~ OJK; SAS
6. AA Postulate
7. 24
8. 6 square root 3 miles; 6 square root 7 miles
9. X = 12
10. Yes
11. Obtuse
12. 13 square root 2 ft
13. 27/2 + 9/2 square root 3
14. 81.87
15. Sin A = 12/13, cos A = 5/13
16. 2.1 mi
17. About 21 miles at 17 south of east
18. Triangle that is close to middle and second triangle went up to the left (Sorry for bad explaining)
19. P’(-8,-1), Q’(-6,8), R’(4,3)
20. 72 degrees
21. 4
22. X
23. reduction; 1/2
24. rotation; 180 degrees about (-0.5,0)
25. 1,190 in2
26. 23.3
27. 44 cm2
28. 34.3 ft2
29. 585 in2
30. 8,000
31. 40 pi in.
32. 45 pi m
33. 6.0025 pi m2
34. 93.8 in2
35. 14
36. 472 m2; 486 m2
37. 748 pi in2
38. 72 ft2
39. 1,802 m2
40. 1:2
41. 3,463.6 in3
42. 286.5 ft2
43. 1,344.8 m2
44. 7:18
45. 52
46. 60
47. 36 degrees
48. 22 degrees
49. 34 degrees
50. (x+3)2 + (y-2)2 = 9
51. (x+6)2 + (y-7)2 = 181
52. 6:5
53. 5/91

Answer 15

A bag contains 6 green marbles and 5 white marbles. You select a marble at random. What are the odds in favor of picking a green marble?

Answer 16

The odds in favor of picking a green marble are 6:5.

Answer 17

Food Express is running a special promotion in which customers can win a free gallon of milk with their food purchase if there is a star on their receipt. So far, 219 of the first 264 customers have not received a star on their receipts. What is the experimental probability of winning a free gallon of milk?

Answer 18

The experimental probability of winning a free gallon of milk can be found by dividing the number of customers who received a star on their receipt by the total number of customers:

Total number of customers = 264
Number of customers who did not receive a star on their receipt = 219
Number of customers who received a star on their receipt = 264 - 219 = 45

Experimental probability of winning a free gallon of milk = Number of customers who received a star / Total number of customers = 45/264

Simplifying this fraction by dividing both the numerator and denominator by 3, we get:

Experimental probability of winning a free gallon of milk = 15/88

Therefore, the experimental probability of winning a free gallon of milk is 15/88.

Answer 19

A bag contains 7 green marbles, 9 red marbles, 10 orange marbles, 5 brown marbles, and 10 blue marbles. You choose a marble, replace it, and choose again. What is P(red, then blue)?
(1 point)

Answer 20

The probability of choosing a red marble followed by a blue marble is calculated by multiplying the probability of choosing a red marble on the first draw (9/41) by the probability of choosing a blue marble on the second draw (10/41), since the marble is replaced after the first draw:

P(red, then blue) = (9/41) × (10/41) = 90/1681

Therefore, the probability of choosing a red marble, replacing it, and then choosing a blue marble is 90/1681.

Answer 21

Each of two urns contains green balls and red balls. Urn I contains 10 green balls and 14 red balls. Urn II contains 4 green balls and 11 red balls. If a ball is drawn from each urn, what is P(red and red)?
(1 point)

Answer 22

The probability of drawing a red ball from urn I and a red ball from urn II is calculated by multiplying the probability of drawing a red ball from urn I (14/24) by the probability of drawing a red ball from urn II (11/15):

P(red and red) = (14/24) × (11/15) = 77/180

Therefore, the probability of drawing a red ball from each urn is 77/180.

Answer 23

If you spin the spinner below twice, what is P(vowel, then K)?

Answer 24

Without a visual of the spinner, we cannot determine the exact probabilities associated with the outcomes.