Ace - AI Tutor
Ask Our Educators
Textbooks
My Library
Flashcards
Scribe - AI Notes
Notes & Exams
Download App
silvia barnett

silvia b.

Divider

Questions asked

BEST MATCH

Find the inverse Laplace transform of $F(s) = \frac{4s+3}{s^2 - s - 6}$ f(t) =

View Answer
divider
BEST MATCH

Which of the following is an example of an inherited cancer? 1) Kaposi's sarcoma 2) T cell leukemia 3) Anogenital cancer 4) Lymphoma 5) Some breast cancers

View Answer
divider
BEST MATCH

• What is real-time PCR (qPCR) and how does it work?

View Answer
divider
BEST MATCH

Sue Peters is the controller at Vroom, a car dealership. Dale Miller recently has been hired as the bookkeeper. Dale wanted to attend a class in Excel spreadsheets, so Sue temporarily took over Dale's duties, including overseeing a fund used for gas purchases before test drives. Sue found a shortage in the fund and confronted Dale when he returned to work. Dale admitted that he occasionally uses the fund to pay for his own gas. Sue estimated the shortage at $450. Read the requirements. Requirement 1. What should Sue Peters do? A new employee who has engaged in this behavior is \to become a valued and trusted employee. This type of behavior is As controller, Sue Peters probably hired Dale, and she is also responsible for the lack of controls that permitted a new employee to commit this theft. Sue will need to Requirement 2. Would you change your answer if Sue Peters was the one recently hired as controller and Dale Miller was a well-liked, longtime employee who indicated he always eventually repaid the fund? The new information makes Sue's decision more complex. Being new, she may want to \Unless Sue can obtain additional information she may want to indicate to Dale that this behavior will in the future. Sue should

View Answer
divider
BEST MATCH

2. An object resting on a horizontal frictionless surface is connected to a fixed spring. The object is displaced 15 cm from its equilibrium position and released. At t=0.50 s, it is 5.70 cm from its equilibrium position. What is the object's period of oscillation?

View Answer
divider
BEST MATCH

Texts: Suppose Z follows the standard normal distribution. Calculate the following probabilities using the ALEKS calculator. Round your responses to at least two decimal places. (a) P(Z ≤ -0.97) = 0.16 (b) P(Z > 1.98) = 0.02 (c) P(-0.97 < Z < -2.15) = 0.03

View Answer
divider
BEST MATCH

Texts: There are two potential consumers of Lattes in a small town: Alex and Becca. The price of a Latte is P(L) = 5 and the price of a donut is P(D) = 2. Alex has a Cobb Douglas Utility function: U(L,D) = L^2 + D^3 Where D represents Donuts. Alex has M = 50 to spend on these 2 goods. Becca's demand for lattes is given by the demand function: L * B = 14 - 3PL The typical cafe producing cappuccinos has the (total) cost function: C(Q) = 5 + Q + (Q^2/2) [a] Find Alex's Quantity demanded of lattes, at the above prices. [b] In the market for lattes, what is the market quantity demanded at a price of P(L) = 5, i.e. QD(5)? [c] What is the cafe's profit maximizing quantity Q*, what is the cafe's profit when it produces? [d] What should happen to the price of cappuccinos in the long run, how will this affect the number of cafes in the market?

View Answer
divider
BEST MATCH

Your utility of wealth function is $u(Y) = Y^2$. Given an initial wealth of $Y_0 = 16$, a gamble will either double your wealth with probability $p$, or halve your wealth with probability $1 - p$. Suppose that $p = \frac{1}{4}$. What is your expected utility of wealth from engaging in the gamble?

View Answer
divider
BEST MATCH

This is the account balances for the question I previously posted. The following account balances are available for The Clothing Outlet, Inc., a discount retailer, as of and for the year ended December 31, 2017, except for the retained earnings balance which is stated below as of January 1, 2017: Cash... $5,500,000 Accounts receivable... $9,000,000 Marketable securities... $14,000,000 Prepaid insurance... $400,000 Inventory... $4,000,000 Equipment... $7,000,000 Accumulated depreciation: equipment... $3,000,000 Buildings... $20,700,000 Accumulated depreciation: buildings... $5,000,000 Land... $4,000,000 Investments (long-term)... $4,000,000 Patents net... $800,000 Accounts payable... $5,000,000 Income taxes payable... $1,600,000 Salaries payable... $1,000,000 Dividends payable... $2,000,000 Interest payable... $500,000 Notes payable (long-term)... $2,400,000 Bonds payable (long-term)... $6,000,000 Common stock... $10,100,000 Retained Earnings as of January 1, 2017... $8,400,000 Dividends declared... $5,000,000 Sales... $108,000,000 Cost of goods sold... $32,600,000 Interest revenue... $2,500,000 Interest expense... $1,500,000 Income tax expense (calculated @40%)... $6,400,000 Selling expenses... Sales salaries and commissions... $6,000,000 Insurance expense... $1,600,000 Advertising expense... $3,500,000 Utilities expense... $0 Depreciation expense: equipment... $400,000 Delivery expense... $500,000 General and administrative expenses... Executive and administrative salaries... $5,800,000 Utilities expense... $4,200,000 Rental expense... $0 Depreciation expense: buildings... $500,000

View Answer
divider
BEST MATCH

PART A: KNOWLEDGE 1. If $f(x) = 4x^2 + 3x - 2$, find $f'(x)$ from first principles.

View Answer
divider