You are building out your 1 x 3 point and figure chart that is currently in a column of X's with the last X at $17. When you look at the high, low, close data for today you see that the high was $17.99 and the low was $14.01. The stock closed at $15.01. What do you add to the chart for today? a. A new trend line b. You add noting to the chart c. A new column of O's to the $15 level d. A new X at $18

You are building out your 1 x 3 point and figure chart that is currently in a column of X's with the last X at $17. When you look at the high, low, close data for today you see that the high was $17.99 and the low was $14.01. The stock closed at $15.01. What do you add to the chart for today? a. A new trend line b. You add noting to the chart c. A new column of O's to the $15 level d. A new X at $18

Essentials Of Investments

11th Edition

ISBN:9781260013924

Author:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Publisher:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.

Chapter1: Investments: Background And Issues

Section: Chapter Questions

Problem 1PS

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Go to Yahoo! Finance and download the monthly stock prices for Apple (AAPL) from 1/1/2016 to 12/31/2021. (1) Sort the data in increasing order by date. (2) Calculate monthly returns using Adj. Close prices. Align the returns well with the dates. (3) Calculate the average monthly return and standard deviation of the monthly returns. (Hint: use either STDEV.S or STDEV to calculate the standard deviation.) On Excel Formulas included
Consider the two stocks below. Which has a positive beta (i.e., tends to move in the same direction as the market)? Which has a higher R2 (1.e., market returns explain more of its return patterns)? Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. Stock 1 has a positive beta and a higher R² a b C d Stock 2 has a positive beta and a higher R² Stock 1 has a positive beta, but Stock 2 has a higher R Stock 2 has a positive beta, but Stock 1 has a higher R² ft RM Stock 2 Stock 1 Par
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Use the times and corresponding closing prices of the stock to create coordinate pairs. Let x represent the number of weeks since the first data point, and let y represent the closing price at each time. So, x=0 represents the data point from 5 years ago. There are 52 weeks in a year, and you can write the time for each closing price recorded in terms of weeks that have passed since 5 years ago, when x=0. Fill in the table to represent your data as coordinate pairs. x (weeks since 5 yrs ago) most recent 260 7days ago 259 1 month ago 256 6 months ago 234 1 year ago 208 3 years ago 104 5 years ago 0 y (closing price, in $) most recent 7 days ago 1 month ago 6 months ago 1 year ago 3 years ago 5 years ago
Ta
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A challenge we run into when forecasting future stock returns is that stock returns compound. So, when using historical averages to forecast the future, we need to average together the arithmetic and geometric average returns using Blume's Formula: R(T) = T GeoAvg + NT Arith Avg N-1 In this formula, N is the number of historical annual returns you are using to calculate your averages and T is the number of future annual returns you are forecasting. Suppose you gather the following prices for a stock in order to calculate the last 10 (N = 10) annual returns. The stock does not pay dividends. Time 0 1 Time 0 calculate the last 10 (N=10) annual returns. The stock does not pay dividends. 1 2 3 4 5 10 6 . 7 8 9 10 Price $23.16 $32.81 Price $23.16 $32.81 $33.63 $36.83 $41.95 $41.04 $33.83 $37.45 $30.56 $29.90 $47.93 Using Blume's formula, what is the expected return per year for the next 4 years (T = 4)? Enter your answer as a percentage, rounded to the nearest 0.0001. For example, for…
4. Expected dividends as a basis for stock values The following graph shows the value of a stock's dividends over time. The stock's current dividend is $1.00 per share, and dividends are expected to grow at a constant rate of 3.50% per year. The intrinsic value of a stock should equal the sum of the present value (PV) of all of the dividends that a stock is supposed to pay in the future, but many people find it difficult to imagine adding up an infinite number of dividends, Calculate the present value (PV) of the dividend paid today (De) and the discounted value of the dividends expected to be paid 10, 20, and 50 years from now (Dio, Dao, Duo). Assume that the stock's required return (r.) is 10.40%. Note: Carry and round the calculations to four decimal places. Time Period Now End of Year 10 End of Year 20 End of Year 50 Dividend's Expected Future Value Dividend's Expected Present Value Using the orange curve (square symbols), plot the present value of each of the expected future…
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