In this question, you will be asked to represent a word problem in mathematical terms. You will only have to enter your final answer into WebAssign, but you should keep hold of the paper that shows your intermediate calculations. Suppose that you borrow 40000 dollars from a bank, and that the bank charges 8 percent annual interest, compounded monthly, on the loan. You make monthly payments of 50 dollars at the end of each month. Write down a word equation that can be used to calculate the amount that is owed on the loan at the end of the month in terms of the amount owed at the start of the month. Writing the monthly balance (i. e. how much is owed) as yn , translate your word equation into mathematical terms. Simplify this equation. If we write

From anderson and dahlin, ch1 question 1: suppose a computer system and all of its applications are completely bug free. suppose further that everyone in the world is completely honest and trustworthy. in other words, we do not need to consider fault isolation.

American gas products manufactures a device called a can-emitor that empties the contents of old aerosol cans in 2 to 3 seconds. this eliminates having to dispose of the cans as hazardous wastes. if a certain paint company can save $75,000 per year in waste disposal costs, how much could the company afford to spend now on the can-emitor if it wants to recover its investment in 3 years at an interest rate of 20% per year?

One question from a survey was "how many credit cards do you currently have? " the results of the survey are provided. complete parts (a) through (g) below. click the icon to view the survey results. (a) determine the mean number of credit cards based on the raw data. the mean is 3.113.11 credit cards. (type an integer or a decimal. do not round.) (b) determine the standard deviation number of credit cards based on the raw data. the standard deviation is 1.9111.911 credit cards. (round to three decimal places as needed.) (c) determine a probability distribution for the random variable, x, the number of credit cards issued to an individual. x (# of cards) p(x) x (# of cards) p(x) 1 0.280.28 6 nothing 2 nothing 7 nothing 3 nothing 8 nothing 4 nothing 9 nothing 5 nothing 10 nothing (type integers or decimals. do not round.)