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3/22/24, 6:36 PM E2 Practice 10 Mendel Prediction Probabilities: PHIL 125 003 2023W2 Introduction to Scientific Reasoning E2 Practice 10 Mendel Prediction Probabilities Due Mar 15 at 11:59p.m. Points 10 Questions 10 Time Limit None Instructions Questions 1-7 are about monohybrids experiments. The computer simulated sampling distributions count the number of dominant trait individuals in the sample. The sampling distribution graphs are labelled to show this. Questions 8-10 are about dihybrid cross experiments. Some of the computer simulated sampling distributions count the number of dominant trait plus dominant trait individuals in the sample, some count the number of recessive trait plus recessive trait individuals in the sample, and some count the number of one dominant trait plus one recessive trait individuals in the sample. The sampling distribution graphs are labelled to show which one. Attempt History Attempt Time Score LATEST Attempt 1 456 minutes 10 out of 10 (@ Correct answers are hidden. Score for this quiz: 10 out of 10 Submitted Mar 15 at 9:01p.m. This attempt took 456 minutes. Question 1 1/1 pts This file SamplingDistribution929B (https://canvas.ubc.ca/courses/132235/files/30760453?wrap=1)_ \ (https://canvas.ubc.ca/courses/132235/files/30760453/download?download_frd=1) shows a theoretical sampling distribution graph. It is produced by sampling 100000 times a population of 100 million computer simulated pea plants. It is a population where Mendel's population hypothesis for the F2 generation in a one character crossing of a pure breeding pea plant with violet flowers and a pure breeding pea plant with white flowers is true. Each sample is the same size as Mendel had in his pea https://canvas.ubc.ca/courses/132235/quizzes/708116 17
3/22/24, 6:36 PM E2 Practice 10 Mendel Prediction Probabilities: PHIL 125 003 2023W2 Introduction to Scientific Reasoning plant experiments: 929 F2 generation pea plants. In his sample Mendel observed 705 F2 generation pea plants with violet flowers and 224 F2 generation pea plants with white flowers. The theoretical sampling distribution graph can be used to estimate the probability or chance that Mendel would see that number of pea plants with white flowers in the sample assuming or given that Mendel's population hypothesis for the F2 generation is true. What estimate does this sampling distribution graph give? You should report this estimate as a % to 0 decimal place. You should include the % sign. Examples correct format 5%, 18% Examples incorrect format 5.32%, 5.3%, 0.5% 3% Question 2 1/1 pts This file SamplingDistribution929A (https://canvas.ubc.calcourses/132235/files/30760452?wrap=1)_ { (https://canvas.ubc.ca/courses/132235/files/30760452/download?download_frd=1) shows a theoretical sampling distribution graph. It is produced by sampling 100000 times a population of 100 million computer simulated pea plants. It is a population where Mendel's population hypothesis for the F2 generation in a one character crossing of a pure breeding pea plant with violet flowers and a pure breeding pea plant with white flowers is true. Each sample is the same size as Mendel had in his pea plant experiments: 929 F2 generation pea plants. In his sample Mendel observed 705 F2 generation pea plants with violet flowers and 224 F2 generation pea plants with white flowers. The theoretical sampling distribution graph can be used to estimate the probability or chance that Mendel would see that number of pea plants with violet flowers in the sample assuming or given that Mendel's population hypothesis for the F2 generation is true. What estimate does this sampling distribution graph give? You should report this estimate as a % to 0 decimal place. You should include the % sign. Examples correct format 5%, 18% Examples incorrect format 5.32%, 5.3%, 0.5% 2% Question 3 1/1 pts This file SamplingDistribution1064B (https://canvas.ubc.calcourses/132235/files/30760588?wrap=1)_ | (https://canvas.ubc.ca/courses/132235/files/30760588/download?download_frd=1) shows a theoretical sampling distribution graph. It is produced by sampling 100000 times a population of 100 million computer simulated pea plants. It is a population where Mendel's population hypothesis for the F2 generation in a one character crossing of a pure breeding tall and a pure breeding short pea plant is https://canvas.ubc.ca/courses/132235/quizzes/708116 2[7
3/22/24, 6:36 PM E2 Practice 10 Mendel Prediction Probabilities: PHIL 125 003 2023W2 Introduction to Scientific Reasoning true. Each sample is the same size as Mendel had in his pea plant experiments: 1064 F2 generation pea plants. In his sample Mendel observed 787 tall F2 generation pea plants and 277 short F2 generation pea plants. The theoretical sampling distribution graph can be used to estimate the probability or chance that Mendel would see that number of short plants in the sample assuming or given that Mendel's population hypothesis for the F2 generation is true. What estimate does this sampling distribution graph give? You should report this estimate as a % to 0 decimal place. You should include the % sign. Examples correct format 5%, 18% Examples incorrect format 5.32%, 5.3%, 0.5% 2% Question 4 1/1 pts (https://canvas.ubc.ca/courses/132235/files/30760591/download?download_frd=1) shows a theoretical sampling distribution graph. It is produced by sampling 100000 times a population of 100 million computer simulated pea plants. It is a population where Mendel's population hypothesis for the F2 generation in a one character crossing of a pure breeding pea plant with full shape pods and a pure breeding pea plant with constricted shape pods is true. Each sample is the same size as Mendel had in his pea plant experiments: 1181 F2 generation pea pods. In his sample Mendel observed 882 F2 generation full pea pods and 299 F2 generation constricted pea pods. The theoretical sampling distribution graph can be used to estimate the probability or chance that Mendel would see that number of full pea pods in the sample assuming or given that Mendel's population hypothesis for the F2 generation is true. What estimate does this sampling distribution graph give? You should report this estimate as a % to 0 decimal place. You should include the % sign. Examples correct format 5%, 18% Examples incorrect format 5.32%, 5.3%, 0.5% 3% Question 5 1/1 pts (https://canvas.ubc.ca/courses/132235/files/30760450/download?download_frd=1) shows a theoretical sampling distribution graph. It is produced by sampling 100000 times a population of 100 million computer simulated pea plants. It is a population where Mendel's population hypothesis for the F2 https://canvas.ubc.ca/courses/132235/quizzes/708116 3/7
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3/22/24, 6:36 PM E2 Practice 10 Mendel Prediction Probabilities: PHIL 125 003 2023W2 Introduction to Scientific Reasoning generation in a one character crossing of a pure breeding pea plant with axial position flowers and a pure breeding pea plant with terminal position flowers is true. Each sample is the same size as Mendel had in his pea plant experiments: 858 F2 generation pea plants. In his sample Mendel observed 651 F2 generation pea plants with axial position flowers and 207 F2 generation pea plants with terminal position flowers. The theoretical sampling distribution graph can be used to estimate the probability or chance that Mendel would see that number of pea plants with axial position flowers in the sample assuming or given that Mendel's population hypothesis for the F2 generation is true. What estimate does this sampling distribution graph give? You should report this estimate as a % to 0 decimal place. You should include the % sign. Examples correct format 5%, 18% Examples incorrect format 5.32%, 5.3%, 0.5% 3% Question 6 1/1 pts (https://canvas.ubc.ca/courses/132235/files/30760594/download?download_frd=1) shows a theoretical sampling distribution graph. It is produced by sampling 100000 times a population of 100 million computer simulated pea plants. It is a population where Mendel's population hypothesis for the F2 generation in a one character crossing of a pure breeding pea plant with yellow peas or seeds and a pure breeding pea plant with green peas or seeds is true. A biologist named Carl Correns repeated some of Mendel's experiments on pea plants. Each sample in the simulation is the same size as Carl Correns had in one of these experiments: 1022 peas from F2 generation pea plants. In his sample Correns observed 775 yellow peas and 247 green peas. The theoretical sampling distribution graph can be used to estimate the probability or chance that Correns would see that number of green peas or seeds in the sample assuming or given that Mendel's population hypothesis for the F2 generation is true. What estimate does this sampling distribution graph give? You should report this estimate as a % to 0 decimal place. You should include the % sign. Examples correct format 5%, 18% Examples incorrect format 5.32%, 5.3%, 0.5% 2% Question 7 1/1 pts https://canvas.ubc.ca/courses/132235/quizzes/708116 417
3/22/24, 6:36 PM E2 Practice 10 Mendel Prediction Probabilities: PHIL 125 003 2023W2 Introduction to Scientific Reasoning (https://canvas.ubc.ca/courses/132235/files/30760584/download?download_frd=1) shows a theoretical sampling distribution graph. It is produced by sampling 100000 times a population of 100 million computer simulated pea plants. It is a population where Mendel's population hypothesis for the F2 generation in a one character crossing of a pure breeding pea plant with yellow peas or seeds and a pure breeding pea plant with green peas or seeds is true. A biologist named Carl Correns repeated some of Mendel's experiments on pea plants. Each sample in the simulation is the same size as Carl Correns had in one of these experiments: 1022 peas from F2 generation pea plants. In his sample Correns observed 775 yellow peas and 247 green peas. The theoretical sampling distribution graph can be used to estimate the probability or chance that Correns would see that number of yellow peas or seeds in the sample assuming or given that Mendel's population hypothesis for the F2 generation is true. What estimate does this sampling distribution graph give? You should report this estimate as a % to 0 decimal place. You should include the % sign. Examples correct format 5%, 18% Examples incorrect format 5.32%, 5.3%, 0.5% 2% Question 8 1/1 pts (https://canvas.ubc.ca/courses/132235/files/30760592/download?download_frd=1) shows a theoretical sampling distribution graph. It is produced by sampling 100000 times a population of 100 million computer simulated pea plants. It is a population where Mendel's population hypothesis for the F2 generation in a two character crossing of a pure breeding pea plant with smooth or round yellow peas or seeds and a pure breeding pea plant with wrinkled green peas or seeds is true. Each sample is the same size as Mendel had in his pea plant experiments: 556 peas from F2 generation pea plants. In his sample Mendel observed 315 smooth or round yellow peas, 101 wrinkled yellow peas, 108 smooth or round green peas, and 32 wrinkled green peas. The theoretical sampling distribution graph can be used to estimate the probability or chance that Mendel would see that number of smooth or round green peas in the sample assuming or given that Mendel's population hypothesis for the F2 generation is true. What estimate does this sampling distribution graph give? You should report this estimate as a % to 0 decimal place. You should include the % sign. Examples correct format 5%, 18% Examples incorrect format 5.32%, 5.3%, 0.5% https://canvas.ubc.ca/courses/132235/quizzes/708116 5/7
3/22/24, 6:36 PM E2 Practice 10 Mendel Prediction Probabilities: PHIL 125 003 2023W2 Introduction to Scientific Reasoning 4% Question 9 1/1 pts This file SamplingDistribution556F (https://canvas.ubc.ca/courses/132235/files/30760462?wrap=1)_ | (https://canvas.ubc.ca/courses/132235/files/30760462/download?download_frd=1) shows a theoretical sampling distribution graph. It is produced by sampling 100000 times a population of 100 million computer simulated pea plants. It is a population where Mendel's population hypothesis for the F2 generation in a two character crossing of a pure breeding pea plant with smooth or round yellow peas or seeds and a pure breeding pea plant with wrinkled green peas or seeds is true. Each sample is the same size as Mendel had in his pea plant experiments: 556 peas from F2 generation pea plants. In his sample Mendel observed 315 smooth or round yellow peas, 101 wrinkled yellow peas, 108 smooth or round green peas, and 32 wrinkled green peas. The theoretical sampling distribution graph can be used to estimate the probability or chance that Mendel would see that number of wrinkled yellow peas in the sample assuming or given that Mendel's population hypothesis for the F2 generation is true. What estimate does this sampling distribution graph give? You should report this estimate as a % to 0 decimal place. You should include the % sign. Examples correct format 5%, 18% Examples incorrect format 5.32%, 5.3%, 0.5% 4% Question 10 1/1 pts (https://canvas.ubc.ca/courses/132235/files/30760459/download?download_frd=1) shows a theoretical sampling distribution graph. It is produced by sampling 100000 times a population of 100 million computer simulated pea plants. It is a population where Mendel's population hypothesis for the F2 generation in a two character crossing of a pure breeding pea plant with smooth or round yellow peas or seeds and a pure breeding pea plant with wrinkled green peas or seeds is true. Each sample is the same size as Mendel had in his pea plant experiments: 556 peas from F2 generation pea plants. In his sample Mendel observed 315 smooth or round yellow peas, 101 wrinkled yellow peas, 108 smooth or round green peas, and 32 wrinkled green peas. The theoretical sampling distribution graph can be used to estimate the probability or chance that Mendel would see that number of smooth or round yellow peas in the sample assuming or given that Mendel's population hypothesis for the F2 generation is true. What estimate does this sampling distribution graph give? You should report this estimate as a % to 0 decimal place. You should include the % sign. https://canvas.ubc.ca/courses/132235/quizzes/708116 6/7
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3/22/24, 6:36 PM E2 Practice 10 Mendel Prediction Probabilities: PHIL 125 003 2023W2 Introduction to Scientific Reasoning Examples correct format 5%, 18% Examples incorrect format 5.32%, 5.3%, 0.5% 3% Quiz Score: 10 out of 10 https://canvas.ubc.ca/courses/132235/quizzes/708116 717