ALEKS Lab[CLOs: 1, 2, 4, 5]Access the ALEKS site here. Selecting this link will open the ALEKS window that allows you to access the ALEKS functionality. In addition, you may want to disable any pop-up blockers for this site.For the Week Five Math Lab, click on the ALEKS tab on the left navigation toolbar, in your online course. Review the tutorial on how to use ALEKS for your lab. Work in the Week Five module by selecting topics from your “pie.”Please Note: You may be prompted throughout the weeks to take diagnostic assessments. It is very important that you take these seriously and follow directions, as it will customize your weekly “pies.”Week 5 ALEKS HomeworkDue Monday by 11:59pmWeek 5 ALEKS Homework[CLOs: 1, 2, 4, 5]Access the ALEKS site here. Selecting this link will open the ALEKS window that allows you to access the ALEKS functionality. In addition, you may want to disable any pop-up blockers for this site.Complete the Homework on the assigned readings for the week in the ALEKS system, located in the left navigation toolbar in your online course. Review the tutorial on how to use ALEKS for your homework assignment. Click on the “Homework” button or tab at the top of your account window. Select the appropriate homework assignment for the week. Once you begin the assignment, you will not be able to work in other parts of ALEKS until it is completed. Be sure to use your textbook while using ALEKS for useful explanations of the problems. If necessary, you can log off of your ALEKS account

Task 1 The net of a composite space figure is shown below. a. What figures make up the composite space figure? b. What is the surface area of the composite space figure? Round your answer to the nearest square centimeter. Task 2 Jack and Maureen are opening an ice hotel. The structure and furniture are made out of ice. They must determine the weight of some of the ice furniture to decide the size of the crane needed to lift each piece into place. Maureen knows that ice weighs approximately 62.4 pounds per cubic foot. Find the approximate weight of each of the figures below. a. The stage in the banquet hall measures 22 ft by 15 ft by 4 ft. b. Two cylindrical pillars will flank the front door. Each cylinder has diameter 1 ft and height 9 ft. c. A series of four spheres will decorate the reception area. The largest sphere has diameter 4 ft. Th e other three spheres have diameter 2 ft, 1 ft, and 1/2 ft.I have attached the project questions and rubric which contains all the requirements to receive a passing grade

Use the real estate data that is give in question 1 and 2.And complete the Sampling Distributions - Real Estate questions 3 and 4.1. Review the data and for the purpose of this project please consider the 100 listing prices as a population. - Explain what your computed population mean and population standard deviation were.Answer -Population mean is an average of 100 listing prices, μ = (Σ * X)/ N = $67,118,514/100 = $671,185.14. The computed population mean for the 100 listing prices was $671,185.14. Population Standard Deviation is a measure of how spreads out numbers are. Researchers use statistics to estimate parameters, refer to a numerical property of a population. The real estate population Standard Deviation was σ= $274,980.89.2. Divide the 100 listing prices into 10 samples of n=10 each. Each of your 10 samples will tend to be random if the first sample includes houses 1 through 10 on your spreadsheet, the second sample consists of houses 11 through 20, and so on.Compute the mean of each of the 10 samples and list them:Answer- n=10 (Sample 1: listings 1-10) Mean = $561,808.90 n=10 (Sample 2: listings 11-20) Mean = $602,175.00 n=10 (Sample 3: listings 21-30) Mean = $783,299.50 n=10 (Sample 4: listings 31-40) Mean = $738,140.00 n=10 (Sample 5: listings 41-50) Mean = $842,058.80 n=10 (Sample 6: listings 51-60) Mean = $817,098.80 n=10 (Sample 7: listings 61-70) Mean = $626,167.60 n=10 (Sample 8: listings 71-80) Mean = $671,445.00 n=10 (Sample 9: listings 81-90) Mean = $498,889.00 n=10 (Sample 10: listings 91-100) Mean = $570,768.80 3. Compute the mean of those 10 means.- Explain how the mean of the means is equal, or not, to the population mean of the 100 listing prices from above.4. Compute the standard deviation of those 10 means and compare the standard deviation of the 10 means to the population standard deviation of all 100 listing prices.- Explain why it is significantly higher, or lower, than the population standard deviation.For additional information use the attachment as reference.