Please help me with the following question. Q1f. Calculate the pooled variance (Spooled) from the two population variances (from question e above)Q1g. Use the pooled variance (from question f above) to calculate the variance for sampling distribution1 (SM1²) and the variance for sampling distribution 2 (SM2²)Hint: Sampling distribution is derived from the original population and it consists of means of all possiblesamples drawn from the original population.Q1h. Calculate standard deviation (Sf) of the comparison distributionHint: This comparison distribution consists of differences between all possible sample means drawn fromthe two sampling distributions. Its standard deviation is the denominator of the t statistic formula.Q1i. Calculate the t statisticQ1j. For the one-tailed test, find the critical t values for this hypothesis test based on the total degree offreedom (from question d above), and the preset alpha level.Q1k. Compare the calculated t statistic with the critical t value by stating which is more "extreme", andthen draw a conclusion about the hypothesis test by stating clearly "reject" or "fail to reject" the nullhypothesis.Q1l. Calculate the pooled standard deviation for the populations (use the pooled variance calculated inquestion f); and then calculate the standardized effect size of this test.Q1m. Draw a conclusion based on the hypothesis test result and the effect size. In other words, didencoding condition have a significant effect on memory score? Was the effect small, medium, or large? **Round calculated results to the hundredth (2nd place to the right of the decimal)**In a cognitive psychology experiment, the researcher is interested in whether the encoding conditionhas a significant effect on memory for a set of drawings. In encoding condition A, subjects are asked toname the object in each drawing; in encoding condition B, subjects are asked to name the color of eachdrawing. Then all subjects are tested on their memory of the drawings. Each recruited subject israndomly assigned to either encoding condition A or encoding condition B.Based on memory theories, the researcher hypothesized that condition A (object naming) would lead tosignificantly better memory compared to condition B (color naming), and she sets the significance levelat a = .01 for a one-tailed test.Hint: You may remember a similar scenario in the previous assignment, but with a crucial difference. Inthe previous assignment, each subject is tested in BOTH condition A and condition B, while each subjecthere is tested in only ONE condition (either A or B).SubjectID123456789101112EncodingA778293789083918791798692SubjectID13Q1c. Calculate M₁ and M₂1415161718192021222324EncodingBQ1d. Calculate dfdf₂, and dfal8483Q1a. What is the dependent (outcome) variable? What is the independent (grouping) variable?Q1b. Create the null and alternative hypotheses (directional) for this study, using both words andsymbol notation80779190887688758489Q1e. Calculate estimated variance for population 1 (s₁²) and estimated variance for population 2 (s₂²)

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Please help me with the following question. Q1f. Calculate the pooled variance (Spooled) from the two population variances (from question e above)Q1g. Use the pooled variance (from question f above) to calculate the variance for sampling distribution1 (SM1²) and the variance for sampling distribution 2 (SM2²)Hint: Sampling distribution is derived from the original population and it consists of means of all possiblesamples drawn from the original population.Q1h. Calculate standard deviation (Sf) of the comparison distributionHint: This comparison distribution consists of differences between all possible sample means drawn fromthe two sampling distributions. Its standard deviation is the denominator of the t statistic formula.Q1i. Calculate the t statisticQ1j. For the one-tailed test, find the critical t values for this hypothesis test based on the total degree offreedom (from question d above), and the preset alpha level.Q1k. Compare the calculated t statistic with the critical t value by stating which is more &#34;extreme&#34;, andthen draw a conclusion about the hypothesis test by stating clearly &#34;reject&#34; or &#34;fail to reject&#34; the nullhypothesis.Q1l. Calculate the pooled standard deviation for the populations (use the pooled variance calculated inquestion f); and then calculate the standardized effect size of this test.Q1m. Draw a conclusion based on the hypothesis test result and the effect size. In other words, didencoding condition have a significant effect on memory score? Was the effect small, medium, or large? **Round calculated results to the hundredth (2nd place to the right of the decimal)**In a cognitive psychology experiment, the researcher is interested in whether the encoding conditionhas a significant effect on memory for a set of drawings. In encoding condition A, subjects are asked toname the object in each drawing; in encoding condition B, subjects are asked to name the color of eachdrawing. Then all subjects are tested on their memory of the drawings. Each recruited subject israndomly assigned to either encoding condition A or encoding condition B.Based on memory theories, the researcher hypothesized that condition A (object naming) would lead tosignificantly better memory compared to condition B (color naming), and she sets the significance levelat a = .01 for a one-tailed test.Hint: You may remember a similar scenario in the previous assignment, but with a crucial difference. Inthe previous assignment, each subject is tested in BOTH condition A and condition B, while each subjecthere is tested in only ONE condition (either A or B).SubjectID123456789101112EncodingA778293789083918791798692SubjectID13Q1c. Calculate M₁ and M₂1415161718192021222324EncodingBQ1d. Calculate dfdf₂, and dfal8483Q1a. What is the dependent (outcome) variable? What is the independent (grouping) variable?Q1b. Create the null and alternative hypotheses (directional) for this study, using both words andsymbol notation80779190887688758489Q1e. Calculate estimated variance for population 1 (s₁²) and estimated variance for population 2 (s₂²)

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