An analyst has gathered the following information about a company

Income Statement for the Year 2004
Sales                                                      $1,500
Expenses
COGS                        $1,300
Depreciation                     30
lnt Expenses                     40
Total expenses                                           1,370
Income from cont op                                     130
Gain on sale                                                   30
Income before tax                                         160
Income tax                                                     64
Net Income                                                   $96

Additional Information:                                              

Dividends paid                                                                                                 $30
Common stock sold                                                                                            20
Equipment purchased                                                                                         50
Bonds issued                                                                                                      80
Fixed asset sold for (original cost of $100 with accumulated depreciation of $70)     60
Accounts receivable decreased by                                                                        30
Inventory decreased by                                                                                       20
Accounts payable increased by                                                                             20
Wages payable decreased by                                                                               10

What is the cash flow from operations?

1. $170

2. $156

3. $135

1. a Calculate the natural log of the capacitor voltage for each time point

b. Add a linear trendline to your graph and display the best fit equation

c. Record the slope from your best-fit equation in step

d. Calculate the capacitor time constant τ using the slope with the equation

e. Calculate the internal DMM resistance R using the following equation:

( I am not sure how to use my data to answer this problem)

In Java:

1) Create a new eclipse project.

2) Create a basic SWING window

3) Create a Label Called Name

4) Create a Text Field for entering the name

5) Create a Text Field for entering and email

5) Create a text area to push the results to

6) Create two buttons, one that says submit and the other that says clear.

7) When the user enters their name and email, they should press submit and see the Text area populate with the data they submitted.

8) When the user presses clear it should clear any text from all fields.

1. Find the​ (a) mean,​ (b) median,​ (c) mode, and​ (d) midrange for the given sample data.

An experiment was conducted to determine whether a deficiency of carbon dioxide in the soil affects the phenotype of peas. Listed below are the phenotype codes where 1=smooth-yellow​,2=smooth-green​, 3=wrinkled-yellow​, and 4=wrinkled-green.

Do the results make​ sense?

​(a) The mean phenotype code is _____.

2. Statistics are sometimes used to compare or identify authors of different works. The lengths of the first 10 words in a book by Terry are listed with the first 10 words in a book by David. Find the mean and median for each of the two​ samples, then compare the two sets of results.

The mean number of letters per word in​ Terry's book is _____.

3. Refer to the data set of​ times, in​ minutes, required for an airplane to taxi out for​ takeoff, listed below. Find the mean and median. How is it helpful to find the​ mean?

Click the icon for the taxi out takeoff data.

Find the mean and median of the data set using a calculator or similar data analysis technology.

The mean of the data set is _____ minutes.

4. Find the mean of the data summarized in the given frequency distribution. Compare the computed mean to the actual mean of 50.4 miles per hour.

The mean of the frequency distribution is _____ miles per hour.

5.Six different​ second-year medical students at Bellevue Hospital measured the blood pressure of the same person. The systolic readings​ (in mmHg) are listed below. Find the​ range, variance, and standard deviation for the given sample data. If the​ subject's blood pressure remains constant and the medical students correctly apply the same measurement​ technique, what should be the value of the standard​ deviation?

126   126   138   125   137   134

Range= ______ mmHg

Here is your (discrete) data 193 175 192 185 220 189 209 171 200 202 215 144 233 126 82 115 294 170 133 244 172 242 239 190 175 143 204 179 118 188 219 150 95 190 243 219 233 169 101 216 210 171 209 179 130 210 197 173 365 181 183 170 191 183 185 128 234 224 224 112 180 154 110 157 235 143 117 150 202 158 193 154 281 199 172 220 125 199 190 180 207 233 130 146 First, sort the data. Second, build a GFDT for this table with a classwidth of 25. (Be sure your lower class limits are multiples of the classwidth.) Next, answer the following questions about the data set: 1. What is the first lower class limit in your GFDT (given the classwidth of 25)? 2. Express the third class as a closed interval, i.e., [ a , b ] [a,b] . 3. Give the frequency for the third class. 4. What is the (arithmetic) mean for this data (report accurate to one decimal place)? 5. Using the GFDT, what is the mode for this data set (use the appropriate definition for mode)?(take the class with the biggest frequency [175,199], and apply the following formula (Lower class limit+Upper class limit)/2 6. What is the standard deviation for this data (report accurate to two decimal places)? 7. What is the five number summary for this data set (separate numbers with a comma)? 8. What is the IQR? 9. What usual score (i.e., non-outlier) has the largest positive z-score less than z = 2 z=2 ? (Give the data value, not the z-score.) 10. Give the fences---this would suggest something other than z-scores---for the mild outliers at the maximal end of the data set; report as a closed interval, i.e., [upper mild fence, upper extreme fence].

PROJECT 3 INSTRUCTIONS Based on Brase & Brase: sections 6.1-6.3 Visit the NASDAQ historical prices weblink. First, set the date range to be for exactly 1 year ending on the Monday that this course started. For example, if the current term started on January 13, 2019, then use January 13, 2019 – January 12, 2020. (Do NOT use these dates. Use the dates that match up with the current term.) Do this by clicking on the blue dates after “Time Period”. Next, click the “Apply” button. Next, click the link on the right side of the page that says “Download Data” to save the file to your computer. NOTE I’M TO USE THESE DATES: JAN 13, 2019 – JAN 12, 2020. PLEASE USE THESE DATES TO HELP ME ANSWER QUESTIONS # 5 – 7 This project will only use the Close values. Assume that the closing prices of the stock form a normally distributed data set. This means that you need to use Excel to find the mean and standard deviation. Then, use those numbers and the methods you learned in sections 6.1-6.3 of the course textbook for normal distributions to answer the questions. Do NOT count the number of data points. Complete this portion of the assignment within a single Excel file. Show your work or explain how you obtained each of your answers. Answers with no work and no explanation will receive no credit. 1. a) Submit a copy of your dataset along with a file that contains your answers to all of the following questions. b) What the mean and Standard Deviation (SD) of the Close column in your data set? c) If a person bought 1 share of Google stock within the last year, what is the probability that the stock on that day closed at less than the mean for that year? Hint: You do not want to calculate the mean to answer this one. The probability would be the same for any normal distribution. (5 points) 2. If a person bought 1 share of Google stock within the last year, what is the probability that the stock on that day closed at more than $1150? (5 points) 3. If a person bought 1 share of Google stock within the last year, what is the probability that the stock on that day closed within $50 of the mean for that year? (between 50 below and 50 above the mean) (5 points) 4. If a person bought 1 share of Google stock within the last year, what is the probability that the stock on that day closed at less than $950 per share. Would this be considered unusal? Use the definition of unusual from the course textbook that is measured as a number of standard deviations (5 points)

5. At what prices would Google have to close in order for it to be considered statistically unusual? You will have a low and high value. Use the definition of unusual from the course textbook that is measured as a number of standard deviations. (5 points)

6. What are Quartile 1, Quartile 2, and Quartile 3 in this data set? Use Excel to find these values. This is the only question that you must answer without using anything about the normal distribution. (5 points)

7. Is the normality assumption that was made at the beginning valid? Why or why not? Hint: Does this distribution have the properties of a normal distribution as described in the course textbook? Real data sets are never perfect, however, it should be close. One option would be to construct a histogram like you did in Project 1 to see if it has the right shape. Something in the range of 10 to 12 classes is a good number. (5 points) There are also 5 points for miscellaneous items like correct date range, correct mean, correct SD, etc. Project 3 is due by 11:59 p.m. (ET) on Monday of Module/Week 5.

Why is it important to prepare a financial budget?

Explain what is meant by the term "time value of money". For example, why might it be better to receive $8 today, over receiving a promise of $9 seven years from now?

How should one consider the time value of money when planning for retirement? Please share examples within your response.

Comment on least 2 posts.

T/F ( Give me all answers, DO NOT GIVE ONLY ONE OR TWO. I NEED ALL)

1 Benefits are extra compensation items that are not paid directly to an employee.

2 On July 1, 2018, Shannon Equipment Dealer issued $590,000 of 6% bonds payable that mature in seven years. These bonds were issued at face value and pay interest each June 30 and December 31. Each semiannual interest payment will be higher than the interest expense.

3 Earnings per share reports the amount of net income (loss) for each share of the company's issued common stock.

4 A trial balance is the list of only a company's asset and liability accounts, along with their account numbers, at a point in time.

5 Checking accounts and money market accounts are examples of cash equivalents.

6 Bad debt expense is a cost to the seller of extending credit.

7 Brooklyn Market recently traded in store fixtures. The exchange had commercial substance. The old fixtures had a cost of $70,000 and accumulated depreciation of $58,000. Brooklyn paid $99,000 for the new store fixtures. These new fixtures had a market value of $133,000. There is a loss of $22,000 on this exchange.

8 Dodgers Corp.'s beginning and ending total assets in the year 2019 were $19,900,000 and $22,100,000, respectively. Its asset turnover ratio for the year was calculated to be 1.8 times. Calculate the amount of net sales for the year 2019. A 53,500,000 B 24,960,000 C 37,800,000 D 43,100,000