## Question

###### Separate random samples of male and female high school students which award they would prefer to win: an were asked Academy Olympic gold medal. The results award, a Nobel Prize, or an are summarized in the table below:Academy Nobel Olympic Totall Male 20 76 73 169 Female 11 79 109 199 Total 31 155 182 368Use PMACC (clearly label each step on your paper) to determine if there is significant evidence of a difference in the distribution of preferred awaed among all bigh school students. Use a signi

Separate random samples of male and female high school students which award they would prefer to win: an were asked Academy Olympic gold medal. The results award, a Nobel Prize, or an are summarized in the table below: Academy Nobel Olympic Totall Male 20 76 73 169 Female 11 79 109 199 Total 31 155 182 368 Use PMACC (clearly label each step on your paper) to determine if there is significant evidence of a difference in the distribution of preferred awaed among all bigh school students. Use a significance level of 0.05. Round aicvaluaru arone class_

## Answers

#### Similar Solved Questions

5 answers

##### If a random sample of 50 people are chosen from population where the average agc is 30 with & standard deviation of $ years, answer the following:A) What is the expected mean age of your sample of 50 people?B) What is the standard deviation of sample averages here?What is the probability that your sample average is less than 272

If a random sample of 50 people are chosen from population where the average agc is 30 with & standard deviation of $ years, answer the following: A) What is the expected mean age of your sample of 50 people? B) What is the standard deviation of sample averages here? What is the probability that...

5 answers

##### 8_ While walking from the car into your dormitory you dropped your engagement ring somewhere in the snow The path is 30 feet long: You are distraught because the density of its location seems to be constant along this 30-foot route: What is the probability that the ring is within 12 feet of your car? b) What is the probability that the ring is between 9 to 11 feet away from the car? What is the expected distance and standard deviation for the distance from the car where the ring fell?

8_ While walking from the car into your dormitory you dropped your engagement ring somewhere in the snow The path is 30 feet long: You are distraught because the density of its location seems to be constant along this 30-foot route: What is the probability that the ring is within 12 feet of your car...

5 answers

##### Lextbcn" Miohitun#cRh '0 JUIC mruors conv/courses/1940386/discussion_topics/9939284 Section 3,2 Graphs of_Equations Sketch the graph of the equation by plotting points Also find ard label x-and y-intercepts. 1.y = 21? 2V =Vi 2. Find an equation of the circle that satisfies the stated conditions center C(-5,.11, radius center at the origin, and passing through P{4,7) end points diameter A(4,-3) and B(-2,71 Find the center and radius of the circle with the given equation Also sketch the

lextbcn" Miohitun# cRh '0 JUIC mruors conv/courses/1940386/discussion_topics/9939284 Section 3,2 Graphs of_Equations Sketch the graph of the equation by plotting points Also find ard label x-and y-intercepts. 1.y = 21? 2V =Vi 2. Find an equation of the circle that satisfies the stated cond...

5 answers

##### 2. Below each of the following molecules draw a bond-line structure (4 pts ): good answers onto this sheet: First; sketch out your work in your notebook before transferring vour _ b) HO OH Czc Hh O=C HO C OH OH A-C-0(CH;CHz)CHCHZCHzOHCHz-C-CHCH(CH3)CHZCHZC(CH3)

2. Below each of the following molecules draw a bond-line structure (4 pts ): good answers onto this sheet: First; sketch out your work in your notebook before transferring vour _ b) HO OH Czc Hh O=C HO C OH OH A-C-0 (CH;CHz)CHCHZCHzOH CHz-C-CHCH(CH3)CHZCHZC(CH3)...

5 answers

##### Quiz 16 , Section 7.3, due on 142 1S Puly(10 pts) Use Laplace Transforms solve the initial value problem /" 6y' + 9y = t2e"_ 9(0) = 0, v(0) = 0.

Quiz 16 , Section 7.3, due on 142 1S Puly (10 pts) Use Laplace Transforms solve the initial value problem /" 6y' + 9y = t2e"_ 9(0) = 0, v(0) = 0....

5 answers

##### Given the motion: Ti = (Xi + ktXz)o;1 + X26,2 + X3d,3 (i = 1,2,3) and the temperature field T(x) = *1 + *2. Obtain the rate of change of T of a particle that in the current configuration is located at the point (1,1,1).

Given the motion: Ti = (Xi + ktXz)o;1 + X26,2 + X3d,3 (i = 1,2,3) and the temperature field T(x) = *1 + *2. Obtain the rate of change of T of a particle that in the current configuration is located at the point (1,1,1)....

5 answers

##### KEIL ct a vibralional spring-mass system when the spring at maximum displacement is: elaigyAeeuennnlnVetR anealenlSlateSlalue

KEIL ct a vibralional spring-mass system when the spring at maximum displacement is: elaigy Aeeuennnln VetR anealenl Slate Slalue...

5 answers

##### Mode] incluce Lhe Yarble hou Zholda exoln cdi curd umounL ZnLLumrtul goudness of @ foz Model(Zpt} Repor: tha sta.isticul significazce of ue model.lcdcHcde Summale Std Encr Mod Adjusted Diine Square cquaie Estmate 398.09 Pred ctor3: (Constantj; LCCMG' dqusenolSiz0 Dependent Variable Srcdi CardamauniNocel4Q14HodcSovaicsIcao SqvarcRcorcssionAeRCs ]ua535404.25(Ipt} Wrile duwn the tstimaled TeTessiUn equalion luz Mode]Total4.2705Rredictors: (Constant): IpccmeinUhcusants_ Hquee"cSize Depende

Mode] incluce Lhe Yarble hou Zholda exoln cdi curd umounL ZnLLumrtul goudness of @ foz Model (Zpt} Repor: tha sta.isticul significazce of ue model. lcdc Hcde Summale Std Encr Mod Adjusted Diine Square cquaie Estmate 398.09 Pred ctor3: (Constantj; LCCMG' dqusenolSiz0 Dependent Variable Srcdi Car...

4 answers

##### An automobile dealer conducted test to determine if the time in minutes needed to complete minor engine tune-up depends on whether computerized engine analyzer or an electronic analyzer is used Because tune-up time varies among compact; intermediate, and full-sized cars the three types of cars were used as blocks in the experiment. The data obtained follow.AnalyzerComputerizedElectronicCompact Intermediate Full-sizedCarUse & = .05 to test for any significant differences_Source Sum of Squares

An automobile dealer conducted test to determine if the time in minutes needed to complete minor engine tune-up depends on whether computerized engine analyzer or an electronic analyzer is used Because tune-up time varies among compact; intermediate, and full-sized cars the three types of cars were ...

5 answers

##### Absorbance (625 noi) 0.468Sample0.7150.045What is the molar absorptivity (c) of the indophenol product?ci`What is thc concentrution ol ammonia in (he luke water?

Absorbance (625 noi) 0.468 Sample 0.715 0.045 What is the molar absorptivity (c) of the indophenol product? ci` What is thc concentrution ol ammonia in (he luke water?...

5 answers

##### Resistivity at 20 degrees celsius and temperature coefficientsAnswer:

Resistivity at 20 degrees celsius and temperature coefficients Answer:...

5 answers

##### Draw the structure of ( $Z$ )-3-isopropyl-2-heptene.

Draw the structure of ( $Z$ )-3-isopropyl-2-heptene....

5 answers

##### (1) (5 pts) Let f (1,y) =y-ry: Find the directional derivative of at Po(l, 2) in the direction of v = 4i-3j.(5 pts) =0 InV. Tins, sin(rs). J1 Jw Draw dependency diagrAm And write the chain Tule for andEvaluateandthe poine (T,s)

(1) (5 pts) Let f (1,y) =y-ry: Find the directional derivative of at Po(l, 2) in the direction of v = 4i-3j. (5 pts) =0 InV. Tins, sin(rs). J1 Jw Draw dependency diagrAm And write the chain Tule for and Evaluate and the poine (T,s)...

1 answers

##### A transverse wave on a string is described by the equation $y(x, t)=(2.20 \mathrm{cm}) \sin [(130 \mathrm{rad} / \mathrm{s}) t+(15 \mathrm{rad} / \mathrm{m}) x].$ (a) What is the maximum transverse speed of a point on the string? (b) What is the maximum transverse acceleration of a point on the string? (c) How fast does the wave move along the string? (d) Why is your answer to (c) different from the answer to (a)?

A transverse wave on a string is described by the equation $y(x, t)=(2.20 \mathrm{cm}) \sin [(130 \mathrm{rad} / \mathrm{s}) t+(15 \mathrm{rad} / \mathrm{m}) x].$ (a) What is the maximum transverse speed of a point on the string? (b) What is the maximum transverse acceleration of a point on the stri...

5 answers

##### Evaluate the difference quotient for each function $f(x)$$$f(x)=rac{1}{x}$$

Evaluate the difference quotient for each function $f(x)$ $$f(x)=\frac{1}{x}$$...

5 answers

##### The intrepid archeologist, Carolina Smith, is getting ready toswing over an alligator-infested pond. She is hanging from a ropethat makes an angle of 45Â° with the vertical while holding onto atree branch keeping her steady. The arm holding the tree isparallel to the ground. As she is suspended in this equilibriumbefore swinging, what is the force applied by her arm holding thebranch? Assume her mass is 60-kg.

The intrepid archeologist, Carolina Smith, is getting ready to swing over an alligator-infested pond. She is hanging from a rope that makes an angle of 45Â° with the vertical while holding onto a tree branch keeping her steady. The arm holding the tree is parallel to the ground. As she is suspende...

5 answers

##### A vertical straight wire carrying an upward 27-A current exertsan attractive force per unit length of 8.8Ã—10âˆ’4 N/m on a secondparallel wire 7.0 cm away.What is the magnitude of the current in the second wire?What is the direction of the current in the second wire?

A vertical straight wire carrying an upward 27-A current exerts an attractive force per unit length of 8.8Ã—10âˆ’4 N/m on a second parallel wire 7.0 cm away. What is the magnitude of the current in the second wire? What is the direction of the current in the second wire?...

5 answers

##### A1.75âˆ’kg particle attached to a spring moves as function of timeas follows: x = 4cos(1.33t+Ï€/5)(a) What is the amplitude,frequency, angular frequency, and period of this motion?(b) What is the equation of the velocity of this particle?(c) What is the equation of the acceleration of thisparticle?(d) What is the spring constant?

A1.75âˆ’kg particle attached to a spring moves as function of time as follows: x = 4cos(1.33t+Ï€/5)(a) What is the amplitude, frequency, angular frequency, and period of this motion? (b) What is the equation of the velocity of this particle? (c) What is the equation of the acceleration of thi...

5 answers

##### 6. A vertical spring is oscillating and has an amplitude of 2 cm: If mass hanging On this spring is 100 g and its spring constant is 50 N/m, find out its time period of oscillating; If you change the length of the spring what will happen to its time period? If you take this spring to the moon what will happen t0 its time period?

6. A vertical spring is oscillating and has an amplitude of 2 cm: If mass hanging On this spring is 100 g and its spring constant is 50 N/m, find out its time period of oscillating; If you change the length of the spring what will happen to its time period? If you take this spring to the moon what w...

2 answers

##### MGnti Mine Muttt reaetion: Make sure to Krnerale the (8 pts) Synthesize the following compound Resgent (phoephonus ylide) froxn the conresponding alkyl halide: Drum the ntechanist Wntte Iormalion W tut and (hc#ncu for the full credil: Ppoy Alercrceznic mixlunes diaslen-oner) of the pts) Describe Ile stercochemical outcone possible = mechanism. Make sure writc â‚¬uch followIng Tucleophilic addition reaction Writc down #lte @eded: Assign S ol chiral cimicu anvw $ urd (omual cges and every step in

MGnti Mine Muttt reaetion: Make sure to Krnerale the (8 pts) Synthesize the following compound Resgent (phoephonus ylide) froxn the conresponding alkyl halide: Drum the ntechanist Wntte Iormalion W tut and (hc#ncu for the full credil: Ppoy Alerc rceznic mixlunes diaslen-oner) of the pts) Describe Il...