Select the expected impact on total revenue when: [tr1]  1) demand is inelastic and 2) the price is reduced.

Consider the performance of an application that will be run on multiple CPUs. The application run on a single CPU has a CPI of: CPI_orig = 0.4 (assuming all refs hit in cache) When the application is spread between multiple CPUs: Remote Request Rate = 0.0015 Remote Request Cost = 400ns Clock Rate = 3GHz  What is the minimum number of processors required to increase the speed of the application?    

Your manager has outlined the following requirements for implementing a method to manage inventory updates in the store’s system. Assuming the attributes for the ProductClass have already been created as described in the previous question, which of the following methods fulfills the criteria for updating or mutating the inventory of a product? Criteria: The method should allow for a parameter capturing the number of items the user wishes to purchase. The method should update the inventory’s “_onHand” attribute mentioned in the previous question.  You don’t need to worry about negative inventory. If the customer orders more than we have on hand, we will place an order with our supplier and fill the order anyway. Which of the following meets the above criteria?

Select the expected impact on total revenue when: [tr2]  1) demand is elastic and 2) the price is reduced.

Foot files or paddles are designed to reduce and smooth

A test with high sensitivity allows you to do WHAT with a negative test?:

Suppose that for each firm in the competitive market for potatoes, long-run average cost is minimized at $0.20 per pound when 500 pounds are grown. The market demand for potatoes is . If the long-run supply curve is horizontal, then how many firms will this industry sustain in the long run?

This question assesses your understanding of passing objects into functions and running a class method. What will be the output from the code below? (Please pay close attention to the calculations.) class VideoGame:    def __init__(self, name, price):        self.name = name        self.price = price    def update_price(self, discount):        self.price = self.price * (1 – discount)def apply_discount(game, discount):    game.price = game.price – discountgame1 = VideoGame(“The Last Adventure”, 60)apply_discount(game1, 10)game1.update_price(0.5)print(game1.price)

A firm that generates zero economic profit usually has

What are the two basic types of goals?