Questions I need help with >>What analysis will you run? A)heteroscedastic t-testB)homoscedastic t-testC)paired t-testD)odds/risk ratioE) one-sample t-testF)binomial testG)chi-squared analysisSelect all the outputs that apply to this analysis.-tcalc = 1.38-tcrit = 2.05-tcalc = 1.68-Xcrit = 44.461-fcalc = 4.46-fcalc = 2.16-fcrit = 2.16-tcrit = 2.25 Hummingbirds have built in variation in the rate at which they flap their wings during flight.Several genes have been shown to be involved in this wing beating pattern, including nms and ter.Mutations in these two genes, and in other genes, disrupt wing beat patterns. Individuals thatcarry mutations of nms and ter have been shown to copulate for longer than individuals that haveneither mutation. But do these mutations affect copulation time in similar ways? The followingtable summarizes some data on the duration of copulation for hummingbirds that carry either thenms or ter mutation (Beaver and Giebultowicz 2004).MutationnmsterSEMean copulationduration (min)7.55.90.95Standard deviation ofcopulation duration2.441.13dfSample size (n)101826

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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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Questions I need help with >> What analysis will you run? A)heteroscedastic t-test B)homoscedastic t-test C)paired t-test D)odds/risk ratio E) one-sample t-test F)binomial test G)chi-squared analysis Select all the outputs that apply to this analysis. -tcalc = 1.38 -tcrit = 2.05 -tcalc = 1.68 -Xcrit = 44.461 -fcalc = 4.46 -fcalc = 2.16 -fcrit = 2.16 -tcrit = 2.25

Hummingbirds have built in variation in the rate at which they flap their wings during flight.
Several genes have been shown to be involved in this wing beating pattern, including nms and ter.
Mutations in these two genes, and in other genes, disrupt wing beat patterns. Individuals that
carry mutations of nms and ter have been shown to copulate for longer than individuals that have
neither mutation. But do these mutations affect copulation time in similar ways? The following
table summarizes some data on the duration of copulation for hummingbirds that carry either the
nms or ter mutation (Beaver and Giebultowicz 2004).
Mutation
nms
ter
SE
Mean copulation
duration (min)
7.5
5.9
0.95
Standard deviation of
copulation duration
2.44
1.13
df
Sample size (n)
10
18
26

Expert Solution

Step 1

Solution:

Given information:

$x_{1} = 7.5 S a m p l e m e a n o f n m s x_{2} = 5.9 S a m p l e m e a n o f t e r S E = 0.95 S t a d n a r d e r r o r d f = 26 D e g r e e o f f r e e d o m$