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Given p = 0.4 and N = 35 for the high income group, Test the claim...
Given p = 0.4 and N = 35 for the high income group, Test the claim that the proportion of children in the high income group that drew the nickel too large is smaller than 50%. Test at the 0.1 significance level. a) Identify the correct alternative hypothesis: ou < .50 ou = .50 op < .50 op= .50 op > .50 ou > .50 VLV| LAA Give all answers correct to 3 decimal places. b) The test statistic value...
Given p = 0.3143 and N= 35 for the high income group, Test the claim that...
Given p = 0.3143 and N= 35 for the high income group, Test the claim that the proportion of children in the high income group that drew the nickel too large is smaller than 50%. Test at the 0.01 significance level. a) Identify the correct alternative hypothesis: Op = .50 Op > .50 Ou > .50 ou < .50 Op < .50 Ou = .50 AA. VV Give all answers correct to 3 decimal places. b) The test statistic value...
finding t test stastic
To begin answering our original question, test the claim that the proportion of children from the low income group that drew the nickel too large is greater than the proportion of the high income group that drew the nickel too large. Test at the 0.01 significance level.Recall 18 of 40 children in the low income group drew the nickel too large, and 13 of 35 did in the high income group.a) If we use LL to denote the low income...
Test the claim that the proportion of children from the low income group that drew the...
Test the claim that the proportion of children from the low income group that drew the nickel too large is greater than the proportion of the high income group that drew the nickel too large. Test at the 0.1 significance level. 25 of 40 children in the low income group drew the nickel too large, and 15 of 35 did in the high income group. a) If we use L to denote the low income group and H to denote...
Test the claim that the proportion of children from the low income group that drew the nickel too large is greater than the proportion of the high income group that drew the nickel too large. Test at...
Test the claim that the proportion of children from the low income group that drew the nickel too large is greater than the proportion of the high income group that drew the nickel too large. Test at the 0.1 significance level. 21 of 40 children in the low income group drew the nickel too large, and 15 of 35 did in the high income group. a) If we use LL to denote the low income group and HH to denote...
Test the claim that the proportion of children from the low income group that drew the...
Test the claim that the proportion of children from the low income group that drew the nickel too large is greater than the proportion of the high income group that drew the nickel too large. Test at the 0.1 significance level. 19 of 40 children in the low income group drew the nickel too large, and 11 of 35 did in the high income group. a) If we use L to denote the low income group and H to denote...
Homework > Homework 7.1 Given p = 0.4 and N = 35 for the high income...
Homework > Homework 7.1 Given p = 0.4 and N = 35 for the high income group, Test the claim that the proportion of children in the high income group that drew the nickel too large is smaller than 50%. Test at the 0.1 significance level. a) Identify the correct alternative hypothesis: ON > .50 Op<.50 Op > 50 Op.50 Op<.50 OM.50 Give all answers correct to 3 decimal places. b) The test statistic value is: c) Using the P-value...
The correct size of a nickel is 21.21 millimeters. Children of low- and high-income households were...
The correct size of a nickel is 21.21 millimeters. Children of low- and high-income households were asked to draw a nickel of actual size. Based on that, the data can be summarized into the following table: Too Small Total Too Large 19 Low Income 21 40 21 14 35 High Income Total 42 33 75 Based on this data: (give your answers to parts a-c as fractions, or decimals to at least 4 decimal places. Give your answer to part...
The correct size of a nickel is 21.21 millimeters. Based on that, the data can be...
The correct size of a nickel is 21.21 millimeters. Based on that, the data can be summarized into the following table: Too Small Too Large Total Low Income 23 17 40 High Income 24 11 35 Total 47 28 75 Based on this data: (give your answers to parts a-c as fractions, or decimals to at least 3 decimal places. Give your to part d as a whole number.) a) The proportion of all children that drew the nickel too...
The correct size of a nickel is 21.21 millimeters. Based on that, the data can be...
The correct size of a nickel is 21.21 millimeters. Based on that, the data can be summarized into the following table: Too Small Too Large Total Low Income 19 21 40 High Income 19 16 35 Total 38 37 75 Based on this data: (give your answers to parts a-c as fractions, or decimals to at least 3 decimal places. Give your to part d as a whole number.) a) The proportion of all children that drew the nickel too...
Given p = 0.4 and N = 35 for the high income group, Test the claim that the proportion of children in the high income group that drew the nickel too large is smaller than 50%. Test at the 0.1 significance level. a) Identify the correct alternative hypothesis: ou < .50 ou = .50 op < .50 op= .50 op > .50 ou > .50 VLV| LAA Give all answers correct to 3 decimal places. b) The test statistic value...
Given p = 0.3143 and N= 35 for the high income group, Test the claim that the proportion of children in the high income group that drew the nickel too large is smaller than 50%. Test at the 0.01 significance level. a) Identify the correct alternative hypothesis: Op = .50 Op > .50 Ou > .50 ou < .50 Op < .50 Ou = .50 AA. VV Give all answers correct to 3 decimal places. b) The test statistic value...
Test the claim that the proportion of children from the low income group that drew the nickel too large is greater than the proportion of the high income group that drew the nickel too large. Test at the 0.1 significance level. 25 of 40 children in the low income group drew the nickel too large, and 15 of 35 did in the high income group. a) If we use L to denote the low income group and H to denote...
Test the claim that the proportion of children from the low income group that drew the nickel too large is greater than the proportion of the high income group that drew the nickel too large. Test at the 0.1 significance level. 19 of 40 children in the low income group drew the nickel too large, and 11 of 35 did in the high income group. a) If we use L to denote the low income group and H to denote...
Homework > Homework 7.1 Given p = 0.4 and N = 35 for the high income group, Test the claim that the proportion of children in the high income group that drew the nickel too large is smaller than 50%. Test at the 0.1 significance level. a) Identify the correct alternative hypothesis: ON > .50 Op<.50 Op > 50 Op.50 Op<.50 OM.50 Give all answers correct to 3 decimal places. b) The test statistic value is: c) Using the P-value...
The correct size of a nickel is 21.21 millimeters. Children of low- and high-income households were asked to draw a nickel of actual size. Based on that, the data can be summarized into the following table: Too Small Total Too Large 19 Low Income 21 40 21 14 35 High Income Total 42 33 75 Based on this data: (give your answers to parts a-c as fractions, or decimals to at least 4 decimal places. Give your answer to part...
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