Ok so this might be a bit confusing but I hope u understand it. Because the problem is in seconds, I tried to stick to seconds. In an hour there are 60 minutes and in those 60 minutes there are 3,600 seconds. Now in 25 seconds the mule deer can run 1/4 mile. So think for a second how many seconds it would take for it run a full mile. If u do the math then u would get 25*4 which is 100 seconds to run a full mile. Going back to our 3,600 seconds, all u have to do is divide it by 100 to get the miles. So 3,600/100 is 36. The mile deer runs 36 miles in an hour. I hope this was of help to u
Answer:
I think it is 6
I'm just trying to help :)
Answer:
Check below, please
Step-by-step explanation:
Periodic phenomena such as temperature, tides, are easy to fit in periodic trigonometric functions likes because these events have cycle, period, so it is easier to model trigonometric functions which already describe a frequency, a period etc. Since you know what makes an event a periodic one.
The main difficulty lies on how to restrict the Domain of these functions, and dealing with infinity values, and how to distinguish on modelling the subtle differences between some periodic functions, like sine, and cosine.
The other one, but not as hard is to recognize it from scatter plots periodic curves and to distinguish them.