The marginal revenue (in thousands of dollars) from the sale of x gadgets is given by the following function. 2 R'(x) = 4x (x² + 30,000) a. Find the total revenue function if the revenue from 115 gadgets is $40,570. b. How many gadgets must be sold for a revenue of at least $50,000?

Which type of graph will be suitable for representing the above sales revenue by regions

MARC record for The Boat published by Alfred A. Knoph New York 1975

8 Write an email (120-150 words) to ask for • information about an activity that you would like to do. Use an idea from the list or your own idea. Follow the content checklist and remember to use indirect questions. a course at a college or with a one-to-one tutor a sport / activity at a gym joining a volunteering group Checklist • how you heard about the course / activity/group ⚫ the days and times ⚫ the cost if you need any experience / skills • if you need any equipment

Imagine you are the mayor of a town and you are trying to decide if you should pay for a fireworks show. Your staff survey your 400 citizens who say that they each value a fireworks show at $10. The fireworks show only costs $3,000 so you put on the show but when you ask for donations to pay for the fireworks you only receive $25 total. What does this result show? Select an answer and submit. For keyboard navigation, use the up/down arrow keys to select an answer. You staff's survey must have overestimated the value of a fireworks show. b The fireworks cost must have been greater than their economic benefit. The firework show suffered from the Tragedy of the Commons problems d The town's citizens were free-riders.

Typed plz and asap please provide me a quality solution for better ratings and take care of plagiarism also ( please I need it asap I will up vote thanks )

Can I see part A - D ?

Typed plz and asap please provide a quality solution for better ratings and take care of plagiarism

Group of answer choices high school diploma land deed passport driver's license

Marginal Average Marginal Total Output Price Revenue Total Cost Cost 1 $ 100 $ 100 $ 100.00 $30 2 90 80 63.00 26 80 60 52.67 32 4 70 40 49.50 40 5 60 20 49.60 50 50 50.00 52 7 40 -20 52.29 66 30 -40 55.75 80 20 -60 60.67 100 10 10 -80 67.60 130 Refer to the data for a nondiscriminating monopolist. This firm will maximize its profit by producing