After the first covid-19 case found in Olde town, a group of volunteersstarted counting the number of case and kept the record of number ofinfected people in daily basis. After collecting data for 18 days theymade a graph as shown in the figure. It was perfect exponentialtrendline fit. The fit equation is shown in the plot. The equation has0.2 multiplying the days. What is the meaning of this number?Infected population vs daysin olde town403530Infected population = e0.2 daysR2 = 1252015101015daysEveryday there are 20 new people being infectedEveryday the number of infected individuals is increasing 20 percent of running total of each dayEveryday there are 0.2 new people being infectedEveryday there are 2 new people being infectedEveryday the number of infected individuals is increasing 20 percent to the first day the infection was foundInfected population20

Required : Meaning of the number 0.2

After the first covid-19 case found in Olde town, a group of volunteers started counting the number of case and kept the record of number of infected people in daily basis. After collecting data for 18 days they made a graph as shown in the figure. It was perfect exponential trendline fit. The fit equation is shown in the plot. The equation has 0.2 multiplying the days. What is the meaning of this number?

After the first covid-19 case found in Olde town, a group of volunteers started counting the number of case and kept the record of number of infected people in daily basis. After collecting data for 18 days they made a graph as shown in the figure. It was perfect exponential trendline fit. The fit equation is shown in the plot. The equation has 0.2 multiplying the days. What is the meaning of this number?

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

See similar textbooks

Similar questions

A patient is diagnosed to have Po cancer cells at time t = 0 and these cells grow subsequently according to P = −aP(M – P) where P(t) is the number of the cells at time t while a and M are two given positive constants. The patient will die when the number of bugs approaches infinity. Consider the case Po > M for the prognosis of the patient, i.e., find the time the patient has left to live.
Use the approximate values from this table to solve the problem. How many heartbeats are there in a lifetime?
Will rate high .... Asap plzzz
The outside temperature can be estimated based on how fast crickets chirp. At 104 chirps per minute, the temperature is 6363 °F. At 176 chirps per minute, the temperature is 8181 °F. Using this information, you can make a formula that relates chirp rate to temperature. Assume the relationship is linear, that is the points form a straight line when plotted on a graph. What is the temperature if you hear 156156 chirps per minute?
(in nm) is nano meters THz is Tera Hertz
What is the regression rate of a 1.6 meter diameter gasoline pool fire?
The efficiency of a nuclear power plant is 36.1.0 %. If 280.16.0 kW of power are produced by the nuclear fission, what is the electric power output of the plant? Please give your answer in kilowatts with one decimal place.
Let's say that gamma is a function of rho: y(p), and you suspect that gamma is proportional to rho raised to some power c. Yx p° You plot Ln(Y) on the vertical axis and Ln(P) on the horizontal axis, then apply a linear trendline resulting in the following equation y =3x + 1.0986 [ Select ] v is the proportionality constant that relates gamma and rho. rho is raised to the [Select] power.