This is for my business statistics class From the given scenario, define the population proportion.In 1776, the Continental Congress sent out flyers to 3,000 people across the 13colonies asked, "Do you support America's fight for independence from GreatBritain?" Of all 3,000 respondents, 2883 said "Yes," and the other 117 said "No".Assume the sampling was random and representative.the total population of the 13 colonies divided by the population of the world in1776the 2883 colonials who answered "Yes" divided by the 117 colonials whoanswered "No"individuals in the 13 colonies who supported American independence divided bythe total number of people in the 13 colonies in 1776all 3,000 respondents divided by the population of the 13 colonies

The question is about population parameter.Introduction :Population proportion :1 ) It is a…

Answered: From the given scenario, define the…

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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The Crazy Nut Company wishes to market two special nut mixes during the holiday season. The Fancy Mix contains 0.5 pound of peanuts and 0.5 pound of cashews. The Deluxe Mix contains 0.6pound of peanuts, 0.2 pound of cashews and 0.15 pound of almonds. Fancy Mix sells for $12 per can and Deluxe Mix sells for $16 per can. The data pertinent to the raw ingredients appear in the table. The Crazy can sell all cans of either mix that it produces, but wants to keep the production quantity of Fancy Mix at least twice as many as Deluxe Mix. Formulate an LP model to determine how many of each mix to produce to maximize the total profit. Do not solve it. You can formulate as a spreadsheet model or an algebraic model. Define your decision variables (changing cells) clearly. Ingredient Amount Available (lb) Cost Per Pound (s) Peanuts 300 $1 Cashews 120 $3 Almonds 90 $4
Explain if two variables consist of nominal data?
Hi i’m in grade 12 Data Management and i need help with this practice question
The following data was collected to explore how the number of square feet in a house, the number of bedrooms, and the age of the house affect the selling price of the house. The dependent variable is the selling price of the house, the first independent variable (x1x1) is the square footage, the second independent variable (x2x2) is the number of bedrooms, and the third independent variable (x3x3) is the age of the house. Effects on Selling Price of Houses Square Feet Number of Bedrooms Age Selling Price 27502750 55 1414 296600296600 26962696 55 1111 294400294400 25232523 44 77 281400281400 20572057 44 77 240600240600 17971797 44 55 208600208600 17671767 44 55 196400196400 16841684 44 44 171900171900 15541554 33 44 162800162800 15211521 33 33 144900144900 Copy Data Step 2 of 2 : Determine if a statistically significant linear relationship exists between the independent and dependent variables at the 0.010.01 level of significance. If the relationship…
Note: This is a practice problem. This will not affect my grade.
The basketball coach at a local college believes that his team scores more points at home games when more people show up. Below is a list of all home games last year with scores and corresponding attendance. Use Excel, SPSS, or work by hand to show your work finding r. Show your work on the attached pages. Score Attendance Score Attendance 54 380 67 410 57 350 78 215 59 320 67 113 80 478 56 250 82 451 85 450 75 250 101 489 73 489 99 472 53 451 What is the obtained t-score for this correlation? What is the critical t-score for a two-tailed test with a = 0.05? Is this correlation significant based on the t-scores?
The data colectes from 8 men & the calculations asking
Only data that shows positive trends can be graphed in a scatter diagram. True O False
A ✩ The box-and-whisker plot below represents the length, in inches, of 20 trout caught at Raystown Lake in one weekend. 4466619/varlants/5145485/take/5/ 10 Length of Trout (inches) H 15 20 H 25 30 How many trout were less than 20 inches long? Hint: 20 inches is the upper quartile of the box-and- whisker plot. So, 75% of the trout were less than 20 inches long. To find the answer: multiply the percentage (75%) x 20 (the number of inches) We use 75% because that is the Q3 in the data. 25% would be our Q1 and 50% is the median (or Q2).
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Please provide a brief explanation on variables.
Use the scatterplot of Vehicle Registrations below to answer the questions. Vehicle Registrations in the United States, 1925- 2011 Vehicles millions 300 y = 3.0161x - 5819.5 R? = 0.9695 250 200 150 100 50 1920 1940 1960 1980 2000 2020 -50 Year What is the independent variable and what does it represent? year number of vehicle registrations y = 3.0161 x- 5819.5 R^2= 0.9695 not enough information to determine Registrations (in millions)

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