Mathematics, 13.11.2020 05:00 JOEFRESH10
Glenda placed $1900 in a savings account which compounds interest continuously at a rate of 2.4%. How much will she have in the account after 2 years?
Answers: 2
Mathematics, 21.06.2019 13:00
Use this data in the problem below. follow the steps carefully. round to the nearest tenth. lot 3: week 1: 345 week 2: 340 week 3: 400 week 4: 325 step 1. jim enters the data and calculates the average or mean. step 2. jim calculates the deviation from the mean by subtracting the mean from each value. step 3. jim squares each deviation to remove negative signs. step 4. jim sums the squares of each deviation and divides by the count for the variance. step 5. jim takes the square root of the variance to find the standard deviation.
Answers: 2
Mathematics, 21.06.2019 16:30
An automated water dispenser fills packets with one liter of water on average, with a standard deviation of 5 milliliter. the manual says that after a year of operation the dispenser should be tested to see if it needs recalibration. a year later a number of filled packets are set aside and measured separately. it is found that the average packet now contains about 0.995 liters. does the dispenser need calibration? explain your answer.
Answers: 2
Mathematics, 21.06.2019 16:50
Suppose that the price p (in dollars) and the weekly sales x (in thousands of units) of a certain commodity satisfy the demand equation 4p cubedplusx squaredequals38 comma 400. determine the rate at which sales are changing at a time when xequals80, pequals20, and the price is falling at the rate of $.20 per week.
Answers: 3
Glenda placed $1900 in a savings account which compounds interest continuously at a rate of 2.4%. Ho...
Mathematics, 22.11.2020 20:20
Spanish, 22.11.2020 20:20
Mathematics, 22.11.2020 20:20
Mathematics, 22.11.2020 20:20
Social Studies, 22.11.2020 20:20
English, 22.11.2020 20:30
Chemistry, 22.11.2020 20:30
Computers and Technology, 22.11.2020 20:30
Business, 22.11.2020 20:30
Mathematics, 22.11.2020 20:30
Mathematics, 22.11.2020 20:30