Numerade

Questions asked

BEST MATCH

Two point charges are fixed 4.0 cm apart from each other. Their charges are and their masses are and (a) If is released from rest, what will be its speed after a very long time? (b) If both charges are released from rest at the same time, what will be the speed of after a very long time?

View Answer

BEST MATCH

1. Allen Corporation, a C corporation with only one class of common stock, has 10 shareholders, each with 10% ownership in the corporation. Allen Corporation decided to provide all 10 shareholders with a distribution in accordance with their respective ownership percentages. 8 of the shareholders received additional stock in Allen Corporation, 1 shareholder was given a promissory note, and the other received cash. All distributions of stock had a FMV of $250. How much income is recognized by the 8 who received stock?

View Answer

BEST MATCH

Match the fundamental force with its description Prompts Answers Question 9 1 Gravity Select match Question 9 2 Electromagnetism Select match Question 9 3 Weak nuclear force Select match Question 9 4 Strong nuclear foce Select match

View Answer

BEST MATCH

Scenario: Sarah takes care of her son instead of sending him to a daycare that charges $12,000 annually Sarah's Husband eams a salary of 70,000 per yearWhat is the value of childcare for Sarah and her husband's son her husband, instead of Sarahquits his job to look their ? $60,000 OB . 12,000 . $ 48,000

View Answer

BEST MATCH

1. Find and classify (if possible) all the critical points of the following plane autonomous system as stable or unstable: $ \dot{x} = x(1 - x) - xy $ $ \dot{y} = 3y \left( 1 - \frac{2y}{3} \right) - xy $ (10)

View Answer

BEST MATCH

Which candidate was shot during the 1912 presidential campaign? Eugene V. Debs Theodore Roosevelt William Howard Taft Woodrow Wilson William Jennings Bryan

View Answer

BEST MATCH

In the given circuit at Figure below, use loop current method to find the currents $i_1$, $i_2$ and $i_3$

View Answer

BEST MATCH

Texts: 3-A3 Division of Mixed Costs into Variable and Fixed Components Martina Fernandez, president of Evert Tool Co., has asked for information about the cost behavior of manufacturing support costs. Specifically, she wants to know how much support cost is fixed and how much is variable. The following data are the only records available: Find the monthly fixed support cost and the variable support cost per machine-hour by the high-low method. Explain how your analysis for requirement 1 would change if new October data were received, where machine-hours were 1,700 and support costs were $15,800. A least-squares regression analysis gave the following output: "Regression equation: Y = $3,355 + $6.10X." What recommendations would you give the president based on these analyses?

View Answer

BEST MATCH

When organizing your answer, think back to the previous You Tube video on the chocolate industry Recall that when change came to the village it was in the form of a water pump from Free Trade Chocolate. In preparing your answer think about your feelings as to these questions • Do we need to decide we will no longer drink bottled water so we stop buying it, or should we also sell any shares of stock we own in companies that contribute to the industry. • Beyond that, do we need to demand divestiture from organizations affiliated with or supporting the industry? • Do you like Jason Momoa's solution that we have to give back in society and so aluminum provides both potable water and real recycling? • Can we both address and contribute to ethical dilemmas like this, or do we need to be absolute in our reactions? • Can BUSINESS provide answers to these seemingly intractable worldwide concerns? You do not have to answer each one of these, simply consider them and then write a blog post on this topic including your views relative to STAKEHOLDERS AND SHAREHOLDERS.

View Answer

BEST MATCH

Velocity field of an incompressible (of density $\rho$) and inviscid flow of an incoming stream impinging against a wall is given by $\vec{V} = \alpha(x^2 - y^2)\hat{i} - 2\alpha xy \hat{j}$ with $\alpha > 0$ and constant. There is no gravitational acceleration and the stag- nation pressure is $p_0$. The representative flow with corresponding streamlines is shown below: [Diagram] I. The $y$-component of acceleration is $2\alpha^2 y^3$. II. At any point A shown on the top wall boundary, the pressure is $p_0 - 8\rho \alpha x^4$. III. The pressure at A can be calculated using Euler's equation. Which of the above statements are true?

View Answer

m-nica a.