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A particular article reported the accompanying data on phenotypes resulting from crossing tall cut-leaf tomatoes with dwarf potato-leaf tomatoes. There are four possible phenotypes: (1) tall cut-leaf, (2) tall potato-leaf, (3) dwarf cut-leaf, and (4) dwarf potato-leaf. Phenotype 1 2 Ho: P₁ P₂ Ha Ho is not true. 3 Frequency 927 289 295 104 Mendel's laws of inheritance imply that P₁ 162 163 16 and P416 Are the data from this experiment consistent with Mendel's laws? Use a 0.01 significance level. (Assume that the sample is representative of all such tomato plants.) State the appropriate null and alternative hypotheses. Ho: P1927, P2289, P3 * 295, P4 * 104 H:He is not true. P₂1, P₁ - 1 Ho: P1 162 163 164 16 H₂: Ho is not true. Ho: P1 162 163 164 16 Ha Ho is not true. Ho: P₁927, P₂289, P3295, P4 104 Ha Ho is not true. Calculate the test statistic. (Round your answer to two decimal places.) Use technology to calculate the P-value. (Round your answer to four decimal places.) P-value State the conclusion in the problem context. Fail to reject Ho. There is not convincing evidence that the data from this experiment are not consistent with Mendel's laws. Fail to reject Ho. There is convincing evidence that the data from this experiment are not consistent with Mendel's laws. O Reject Ho. There is not convincing evidence that the data from this experiment are not consistent with Mendel's laws. O Reject Ho. There is convincing evidence that the data from this experiment are not consistent with Mendel's laws.

A particular article reported the accompanying data on phenotypes resulting from crossing tall cut-leaf tomatoes with dwarf potato-leaf tomatoes. There are four possible phenotypes: (1) tall cut-leaf, (2) tall potato-leaf, (3) dwarf cut-leaf, and (4) dwarf potato-leaf. Phenotype 1 2 Ho: P₁ P₂ Ha Ho is not true. 3 Frequency 927 289 295 104 Mendel's laws of inheritance imply that P₁ 162 163 16 and P416 Are the data from this experiment consistent with Mendel's laws? Use a 0.01 significance level. (Assume that the sample is representative of all such tomato plants.) State the appropriate null and alternative hypotheses. Ho: P1927, P2289, P3 * 295, P4 * 104 H:He is not true. P₂1, P₁ - 1 Ho: P1 162 163 164 16 H₂: Ho is not true. Ho: P1 162 163 164 16 Ha Ho is not true. Ho: P₁927, P₂289, P3295, P4 104 Ha Ho is not true. Calculate the test statistic. (Round your answer to two decimal places.) Use technology to calculate the P-value. (Round your answer to four decimal places.) P-value State the conclusion in the problem context. Fail to reject Ho. There is not convincing evidence that the data from this experiment are not consistent with Mendel's laws. Fail to reject Ho. There is convincing evidence that the data from this experiment are not consistent with Mendel's laws. O Reject Ho. There is not convincing evidence that the data from this experiment are not consistent with Mendel's laws. O Reject Ho. There is convincing evidence that the data from this experiment are not consistent with Mendel's laws.

MATLAB: An Introduction with Applications
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
Chapter1: Starting With Matlab
Section: Chapter Questions
Problem 1P
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A particular article reported the accompanying data on phenotypes resulting from crossing tall cut-leaf tomatoes with dwarf potato-leaf tomatoes. There are four possible phenotypes: (1) tall cut-leaf, (2) tall potato-leaf, (3) dwarf cut-leaf, and (4) dwarf potato-leaf. Ho: P1 Mendel's laws of inheritance imply that P₁ 1 4 Ha: Ho is not true. Frequency 927 289 O Ho: P1 State the appropriate null and alternative hypotheses. Ho: P₁ #927, P₂ ‡ 289, P3 ‡ 295, P4 #104 Ha: Ho is not true. = Ho: P1 = P₂ 9 = P2 16 Ha: Ho is not true. # = 9 16 Ha: Ho is not true. 77 1 P2 4 # 1 - P3 = 3 Phenotype 23 4 = 16 1 4 - P3 # 289, P3 295 104 P4 3 186₁P3 = 186 1P4 = 16 = 3 16 1 4 9 16 P4 # -, P₂ = 295, P4 1 16 3 16 = 104 P3 = 3 16 and P4 Ho: P1 = 927, P2 H₂: Ho is not true. Calculate the test statistic. (Round your answer to two decimal places.) x² Use technology to calculate the P-value. (Round your answer to four decimal places.) P-value = X = 1 Are the data from this experiment consistent with Mendel's laws? Use a 0.01 significance level. (Assume that the sample is representative of all such tomato plants.) 16 State the conclusion in the problem context. O Fail to reject Ho. There is not convincing evidence that the data from this experiment are not consistent with Mendel's laws. O Fail to reject Ho. There is convincing evidence that the data from this experiment are not consistent with Mendel's laws. O Reject Ho. There is not convincing evidence that the data from this experiment are not consistent with Mendel's laws. O Reject Ho. There is convincing evidence that the data from this experiment are not consistent with Mendel's laws.
Transcribed Image Text:A particular article reported the accompanying data on phenotypes resulting from crossing tall cut-leaf tomatoes with dwarf potato-leaf tomatoes. There are four possible phenotypes: (1) tall cut-leaf, (2) tall potato-leaf, (3) dwarf cut-leaf, and (4) dwarf potato-leaf. Ho: P1 Mendel's laws of inheritance imply that P₁ 1 4 Ha: Ho is not true. Frequency 927 289 O Ho: P1 State the appropriate null and alternative hypotheses. Ho: P₁ #927, P₂ ‡ 289, P3 ‡ 295, P4 #104 Ha: Ho is not true. = Ho: P1 = P₂ 9 = P2 16 Ha: Ho is not true. # = 9 16 Ha: Ho is not true. 77 1 P2 4 # 1 - P3 = 3 Phenotype 23 4 = 16 1 4 - P3 # 289, P3 295 104 P4 3 186₁P3 = 186 1P4 = 16 = 3 16 1 4 9 16 P4 # -, P₂ = 295, P4 1 16 3 16 = 104 P3 = 3 16 and P4 Ho: P1 = 927, P2 H₂: Ho is not true. Calculate the test statistic. (Round your answer to two decimal places.) x² Use technology to calculate the P-value. (Round your answer to four decimal places.) P-value = X = 1 Are the data from this experiment consistent with Mendel's laws? Use a 0.01 significance level. (Assume that the sample is representative of all such tomato plants.) 16 State the conclusion in the problem context. O Fail to reject Ho. There is not convincing evidence that the data from this experiment are not consistent with Mendel's laws. O Fail to reject Ho. There is convincing evidence that the data from this experiment are not consistent with Mendel's laws. O Reject Ho. There is not convincing evidence that the data from this experiment are not consistent with Mendel's laws. O Reject Ho. There is convincing evidence that the data from this experiment are not consistent with Mendel's laws.
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