Chapter 4.4, Problem 28E

Maria, a biologist is observing the growth pattern of a virus. She starts with 100 of the virus that grows at a rate of 10% per hour. She will check on the virus in 24 hours. How many viruses will she find?

The number of bacteria in a culture is increasing according to the law of exponential growth. After 1 hour there are 100 bacteria, and after 2 hours there are 200 bacteria. How many bacteria will there be after 3 hours?

The equation of the exponential function that models a data set is y = 6.8(1.03)* Determine the range of this function. Select one: O a. yly> 1.03, y e R} O b. (ylye R} Oc. yly> 6.8, y e R) Oc. O d. yly> 0, y e R)

Write a possible exponential function equation

Chapter 6, Review Exercises, Question 041 |Incorrect. The values in the table below are values of an exponential function y = ab. Find the function. 0 | 3 12 15 25 3.125 y 50 1.5625 Enter the exact answer. Note that "y =" is already provided. Do not include this in your submitted response to this question. 50 (0.793700526)* Edit Open Show Work Click if you would like to Show Work for this question:

Find exponential equation (0,2) (1,7)

Which function represents exponential growth, exponential decay or neither? a) y = 300(1 – t)5 exponential growth/ exponential decay / neither | b) y = 0.33(1.025) exponential growth/ exponential decay / neither c) y = 166(1.025) exponential growth/ exponential decay / neither d) y = 800(1 – 0.09)' exponential growth/ exponential decay / neither

sinh -1 x = ln 2.

MATHEMATICAL MODELLING   The rate of change in the number of patients with Crimean-Congo Hemorrhage V(t) for 2014 is considered to be proportional to √¯t. Estimate the number of cases at the end of August, as there were 1 cases on April 1 and 3 cases on April 15.   Please explain step by step. Thank you in advance..