Category: Calculus

All the questions are attached. Plus, don’t embarrass yourself and write down the ChatGPT solutions because I will know.

Can you answer all these questions in a Google Docs?
You must not use ChatGPT or any AI, and you must answer only in your own words.

HW1
section 2.1 Pg 155 – 157 # 3, 7, 11, 19, 25, 55, 57
section 2.2 Pg 166-167 # 4, 9, 33, 35, 37, 53 – 56
section 2.3 pg 178 – 179 # 7, 9, 17, 19, 21
section 2.7 pg 216-217 # 7, 9, 17, 27, 29, 32, 35, 39, 41, 49

I have a calculus live task at 10 PM EST (25 minutes from now). I attached a video of the practice assignment that we have taken. It will be very similar to the actual task.
The time limit: 1 hour 50 minutes
# of questions: 23 questions
I need work shown for each question. I need each question sent as it’s finished so I can input it as we go.

I have a calculus live task in exactly one hour from now. I attached a video of the practice assignment that we have taken. It will be very similar to the actual task.
The time limit: 1 hour 50 minutes
# of questions: 23 questions
I need work shown for each question that I need to submit at the end

I have a calculus live task in exactly one hour from now. I attached a video of the practice assignment that we have taken. It will be very similar to the actual task.
The time limit: 1 hour 50 minutes
# of questions: 23 questions
I need work shown for each question that I need to submit at the end

Need all work shown for the problem below. Provide a written explanation and the work so that it can be posted in a discussion board. Submit the response in a Word document.

MUST BE CALCULUS EXPERT. Answer all of the questions in the attached document. you MUST show all the work along with the answers.
Use the document called Example Problems as a reference of how you should solve the problems and the type of work that needs to be shown.

Answer the questions below.
The graph on the coordinate system on the right represents f(x). On the same coordinate system graph its derivative, f'(x).
The function f(x) =x? has been horizontally translated,
vertically stretched, and vertically translated. Write the
transformed function g(x) = in the space labeled Final
Function (use math type to enter your answer) and explain how you found your answer.

Provide your solution only for the questions highlighted and in MS Word document or pdf document
Sec 5.4:questions 1,6,7
Sec 5.5:questions 1,3,6