Joyner Company’s income statement for Year 2 follows: Sales $ 703,000
Cost of goods sold 109,000
Gross margin 594,000
Selling and administrative expenses 151,700
Net operating income 442,300
Nonoperating items:
Gain on sale of equipment 9,000
Income before taxes 451,300
Income taxes 135,390
Net income $ 315,910

Its balance sheet amounts at the end of Years 1 and 2 are as follows:

Year 2 Year 1
Assets
Cash and cash equivalents $ 294,410 $ 55,900
Accounts receivable 228,000 141,000
Inventory 318,000 289,000
Prepaid expenses 10,000 20,000
Total current assets 850,410 505,900
Property, plant, and equipment 639,000 508,000
Less accumulated depreciation 165,300 130,200
Net property, plant, and equipment 473,700 377,800
Loan to Hymans Company 46,000 0
Total assets $ 1,370,110 $ 883,700
Liabilities and Stockholders' Equity
Accounts payable $ 311,000 $ 262,000
Accrued liabilities 49,000 57,000
Income taxes payable 84,200 80,700
Total current liabilities 444,200 399,700
Bonds payable 209,000 105,000
Total liabilities 653,200 504,700
Common stock 340,000 287,000
Retained earnings 376,910 92,000
Total stockholders' equity 716,910 379,000
Total liabilities and stockholders' equity $ 1,370,110 $ 883,700

Equipment that had cost $31,500 and on which there was accumulated depreciation of $10,400 was sold during Year 2 for $30,100. The company declared and paid a cash dividend during Year 2. It did not retire any bonds or repurchase any of its own stock.

Required:

1. Using the indirect method, compute the net cash provided by/used in operating activities for Year 2.

2. Prepare a statement of cash flows for Year 2.

3. Compute the free cash flow for Year 2.

Create a data set with 8 points in it that has a mean of approximately 10 and a standard deviation of approximately 1.

This task builds on important concepts you've learned in this unit and allows you to apply those concepts to a variety of situations. the task has several parts, each in its own section. mr. hill's seventh grade math class has been learning about random sampling and how it tends to produce samples that are representative of an entire population. they've also learned that if a sample is representative of the entire population, then estimates or predictions made based on the sample usually apply to the population as well. today, in class, they are also learning about variation in random sampling. that, although predictions and estimates about the population can be made from a random sample, different random samples will often produce slightly different predictions or estimates. to demonstrate this concept to his students, mr. hill is going to use simulation. he begins the lesson by explaining to the class that a certain university in the united states has a student enrollment of 19,100. mr. hill knows the percentage of students that are male and the percentage of students that are female. using simulation and random sampling, he wants his seventh grade students to estimate both the percentage of male students and the number of male students that are enrolled in this university. to conduct the simulation, mr. hill has placed one hundred colored chips in a bag, using the appropriate percentages of enrolled male and female university students. red chips represent males, and yellow chips represent females. each seventh grade student will randomly select twenty chips, record the colors they selected, and put the chips back in the bag. at this point, each seventh grade student will only know the results of their own random sample. before you begin, it's a good idea to look over each part to get oriented to the whole task. additionally, it's best to complete the sections in order, since they build on each other. finally, the work you complete will be a combination of computer-graded problems and written work that your teacher will grade. in some cases, you will need to complete work outside of the problem (in a word processing document or on paper, for example) and upload it for grading. to get started click work on questions. questions: 1. suppose a student reaches in the bag and randomly selects nine red chips and eleven yellow chips. based on this sample, what is a good estimate for the percentage of enrolled university students that are male? 2. suppose a student reaches in the bag and randomly selects nine red chips and eleven yellow chips. based on this sample, what is a good estimate for the number of enrolled university students that are male? 3. suppose a different student reaches in the bag, randomly selects their twenty chips, and estimates that 60% of the students are male. how many yellow chips were in their sample? 4. suppose a different student reaches in the bag, randomly selects their twenty chips, and estimates that 60% of the students are male. based on this sample, what is a good estimate for the number of enrolled university students that are female? 5. based on your dot plot, make a new estimate of both the percentage and number of males that attend this university. use complete sentences in your answer and explain your reasoning. 6. compare your estimates for the percentage of male university students from part a and part b. which estimate do you think is more representative of the population? use complete sentences in your answer and explain your reasoning. 7. once you have created both sets of numbers, complete the following tasks. in each task, make sure to clearly label which set you are identifying or describing. identify the elements of each set that you created. calculate the mean of each set. show your work in your answer. calculate the mean absolute deviation of each set. show your work in your answer. describe the process you used to create your sets of numbers under the given conditions.

Select the correct answer from each drop-down menu. the length of a rectangle is 5 inches more than its width. the area of the rectangle is 50 square inches. the quadratic equation that represents this situation is the length of the rectangle is inches.