Expert Answers

Which clinical presentation would the nurse anticipate finding when assessing a patient with emphysema? Select all that apply. One, some, or all responses may be correct.

Wide, round fingertips

Stridor on auscultation

Coughing up large amounts of phlegm

Weight loss

Shortness of breath

A machine is built to make mass-produced items. Each item made by the machine has a probability θ of being defective. Given the value of θ, the items are independent of each other, where θ is unknown and would like to estimate. Suppose θ has for prior distribution a Beta(α,β) distribution, where α > 0 and β > 0. The machine is tested by producing items until the first defective occurs. Suppose that the first 12 items are not defective but the y= 13th item is defective. (a) Write down the likelihood function for θ and find the MLE of θ. (b) Given the observed data y = 13, what is the posterior distribution of θ, p(θ |y= 13)? Take α= 1 and β = 19. (c) What are the parameters of the posterior distribution? (d) What is the posterior mean for θ? (e) What is the posterior standard deviation?

Which entry mode gives the highest administrative control but also the highest capital investment risk? Question 3Answer a. Exporting b. Foreign Direct Investment (FDI) c. Licensing d. Joint venture

How can a healthy adult vegetarian get enough protein in their diet?

they can't - they will die on a vegetarian diet

with careful planning and consideration to key nutrients

by drinking 8 glasses of milk a day

No answer text provided.

only with protein supplements.

An FI that finances a euro (€) loan with U.S. dollar ($) deposits is exposed to Question 3 options: 1) technology risk. 2) interest rate risk. 3) credit risk. 4) foreign exchange risk. 5) off-balance-sheet risk

. Problem D9, Zimmerman's Bank is the only bank in the small town of St. Thomas. On a typical Friday, an average of 10 customers per hour arrive at the bank to transact business. There is one teller at the bank, and the average time required to transact business is 4 minutes. It is assumed that service times may be described by the exponential distribution. A single line would be used, and the customer at the front of the line would go to the first available bank teller. If a single teller is used, find: a. The average time in the line. b. The average number in the line. c. The average time in the system. d. The average number in the system. e. The probability that the bank is empty. Please show the calulations in detail, thank you

2.1 Perform the DC analysis of the circuit in Figure 1 and find the values of ID, VGS and VDS. Set up the same circuit in the Multisim simulation program and record the simulation results.

A ladder leans against a smooth wall as shown in the figure. The ladder weighs 200 N and its center of gravity is 0.40 L from the base, where \( L \) is the ladder's length. Calculate the friction force in kN that must exist at the base of the ladder to maintain equilibrium. 2

Describe Budget incidence

Homework #3 Assignment Problem 4: (20 points) An infinite planar source emitting

neutrons

is placed between infinite slabs of beryllium and graphite of thickness

and

, respectively, as shown in the figure below. Derive an expression for the neutron flux in the system. Hint: Since the media are different on opposite sides of the source, the problem is not symmetric, and the source condition

is not valid. The appropriate boundary conditions for this problem are: