Homework Help is Here – Start Your Trial Now!
Math
Calculus
Find f) (0), for f(8) = 2 cos(36), using pattern recognition. (Don't take 22 %3D derivatives!) What process do you use to find the pattern?

Find f) (0), for f(8) = 2 cos(36), using pattern recognition. (Don't take 22 %3D derivatives!) What process do you use to find the pattern?

College Algebra
College Algebra
1st Edition
ISBN:9781938168383
Author:Jay Abramson
Publisher:Jay Abramson
Chapter3: Functions
Section3.4: Composition Of Functions
Problem 97SE: The number of bacteria in a refrigerated food product is given by N(T)=23T256T+1,3T33 ,where T is...
See similar textbooks
icon
Related questions
Question

I am seeking help for the 3 bullet points above the Botany question only

Find f2) (0), for f(0) = 2 cos(30), using pattern recognition. (Don't take 22 derivatives!) What process do you use to find the pattern? Use the fact that y = 4" + 2 and y log, (x 2) are inverses of each other to find dy for y log, (x - 2) using the Inverse Function Theorem, showing your process. da Then check that you got the correct derivative using other differentiation rules, showing your process. Imagine you have a sibling, cousin, child, or friend who is taking this class in a couple om years, and you are helping them with their homework. They are having a hard time understanding the difference between the two computations lim,00 and dy da . Explain to them what each of these two computations are used for, and how we do each of them, and why we choose that process for each. What do they have in common, that might be contributing to the confusion here? How can you clarify the differences? Application - Botany A native plant species is being re-introduced into a protected site by a team of volunteers, in partnership with a local Indigenous nation. The tribe has relied on this plant for medicinal and cultural uses for millennia, and their relationship with the land ensures that the plant population will stabilize over time. The re- established population t days after the re-introduction project can be (roughly) modeled with the equation P(t) where P(t) gives an estimated count of the number of
Transcribed Image Text:Find f2) (0), for f(0) = 2 cos(30), using pattern recognition. (Don't take 22 derivatives!) What process do you use to find the pattern? Use the fact that y = 4" + 2 and y log, (x 2) are inverses of each other to find dy for y log, (x - 2) using the Inverse Function Theorem, showing your process. da Then check that you got the correct derivative using other differentiation rules, showing your process. Imagine you have a sibling, cousin, child, or friend who is taking this class in a couple om years, and you are helping them with their homework. They are having a hard time understanding the difference between the two computations lim,00 and dy da . Explain to them what each of these two computations are used for, and how we do each of them, and why we choose that process for each. What do they have in common, that might be contributing to the confusion here? How can you clarify the differences? Application - Botany A native plant species is being re-introduced into a protected site by a team of volunteers, in partnership with a local Indigenous nation. The tribe has relied on this plant for medicinal and cultural uses for millennia, and their relationship with the land ensures that the plant population will stabilize over time. The re- established population t days after the re-introduction project can be (roughly) modeled with the equation P(t) where P(t) gives an estimated count of the number of
Expert Solution
steps

Step by step

Solved in 3 steps with 1 images

SEE SOLUTIONCheck out a sample Q&A here
Blurred answer