Answer:
Given the initial population of termites = 60
After 7 days the population of termites = 225
Step-by-step explanation:
We have given the initial termites and the population of termites after 7 days. Now we are required to find the exponential growth model that will help to predict the future population of termites.
We have, Y = Ca^x
When the value of x is zero then population (Y) is 60 termites.
Y = Ca^x
60 = Ca^x
Now, Y = 60a^x
At x = 7 days
Y = 225
225 = 60 a^7
a^7 = 225/60
a = 1.2078
Thus, final population will be, Y = 60(1.2078)^x
Because the ratio always have to be greater than 1
Answer:
Step-by-step explanation:
Hello!
You have da data for the variables:
X: Number of the day after the opening of Jackson's business.
Y: Number of personal recommendations given by customers of Jackson's business.
Since Jackson's business relies on his customers for advertisement, it is to be expected that the more it is recommended, the more will the business grow.
If this is so then as time passes by, the number of customers and recommendations should increase.
I've made a scatterplot between the two variables, see attachment.
As shown in the scatterplot it seems to be a positive association between these two variables, meaning, when the days pass by, the number of personal recommendations increases.
I hope this helps!
Answer:
52,165,173 are the answers for the question
Step-by-step explanation:
please give me brainlest
8 ft = 96 inches = 12 8 inch tiles
6 ft = 72 inches = 9 8 inch tiles.
So the room can be covered by %2812%2A9%29 8 inch tiles.