Asked by deonlyone
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
1:6
5:6
6:5
6:11
I think its 6:11
Answers
Answered by
Ms. Sue
You are right.
Answered by
deonlyone
Thank you :)
Answered by
Damon
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 :)
P not green = 5/11
6/11 / 5/11 = 6/5
it said odds,not probability. I made that reading mistake this morning too :)
Answered by
Damon ODDs not probability
I made that reading error too this morning.
Answered by
R_scott
odds are different than probability ... favorable : unfavorable
the probability of green is ... 6/11
the odds of green is ... 6:5
the probability of green is ... 6/11
the odds of green is ... 6:5
Answered by
meeeeme
so is it 6/5 or 6/11
Answered by
factcheck
the right answer is 6/5 (6 green marbles out of 5 white marbles)
Answered by
the truth
a
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Answered by
Yeeyee
Since there is 11 total marbles the correct answer is 6/11.
Answered by
Lady Unsane
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%
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%
Answered by
XD
Dont listen
Answered by
Aiko ♡
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
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
Answered by
Sofaygo fan
Aiko is lying..
Answered by
Crispy
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
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
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
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
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)
(1 point)
Answer
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)
(1 point)
Answer
If you spin the spinner below twice, what is P(vowel, then K)?
Answered by
Bot
The odds in favor of picking a green marble are 6:5.
Answered by
Bot
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.
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.
Answered by
Bot
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.
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.
Answered by
Bot
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.
P(red and red) = (14/24) × (11/15) = 77/180
Therefore, the probability of drawing a red ball from each urn is 77/180.
Answered by
Bot
Without a visual of the spinner, we cannot determine the exact probabilities associated with the outcomes.
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