Consider an atom with four energy levels, where the lowest energy is -10 eV and the highest level is 0 eV. Sketch an energy-level diagram that could produce the spectrum. What are the energies of the other two energy levels. (Note: there are more than two answers.)

A -2 eV and -5 eV

B -1 eV and -4 eV

C -1 eV and -6 eV

D -6 eV and -9 eV

E -7 eV and -3 eV

1. Start an FC-PC Lab Assignment document and save it to your drive. Note: As you complete the below exercises add them to your Assignment document and save it
2. Create the algorithms in both flowchart and pseudocode form for the following two program requirements:  
   • Given is the array prices with 100 elements(prices[100]). The problem consists of two parts:  1. Find the highest price in the array; and  2. Reduce that price by 10%
   • For any three numbers input by the user, output the numbers in ascending order.

1. Compare and contrast autonomic and somatic motor units.
   1. Include the type(s) of motor neuron(s) involved, where they originate from, the highest command center from which their output can be controlled, their effector tissue(s) the neurotransmitters released and what receptors would be present on the effector tissue.
   2. Discuss all the features required for cholinergic neurotransmission at the neuromuscular junction associated with skeletal muscle. What additional features are required to complete the “excitation” portion of the excitation-contraction coupling mechanism?

Time Warner could offer the History Channel (H) and Showtime (S) individually or as a bundle of both.

Suppose the reservation prices of customers 1 and 2 (the highest prices they are willing to pay) are presented in the boxes below.

The cost to Time Warner is $1 per customer for licensing fees.

Preferences

            Showtime        History Chanel

Customer 1      9          2

Customer 2      3          8

Should Time Warner bundle or sell separately? Your answer needs to include the non-bundled and bundled profits.

Ethan wants to set aside a sum of $5,000 to start his ‘holiday’ savings account. Which of the following options will give him the highest value in 6 years? Assume an interest rate of 3%

• Invest $5,000 as a lump sum today
• Invest a lump sum of $5,000 today and $1,000 and another $1,000 at the end of the year for the next five years ie $5,000 plus 5 amounts of $1,000 annually.
• Invest $1,200 at the end of years 1, 3 and 5

A national economy has (relatively) graduated, progressive taxation and provides income transfers to its poorest and most vulnerable members. It enacts legislation that reduces the highest marginal tax rates and limits the scope and scale of income transfers nationally and locally. Ceteris paribus, discuss: a) The effect on Aggregate Demand b) The effect on business expectations c) The effect on consumer spending in the short and the long term, and, therefore, d) The expected change to each domestic element of GDP (that is, excluding Net Exports).

You plan to borrow $75,000 to purchase a small yacht, 2014 Maritimo X50, with financing from Capital One Bank. You can afford to make monthly payments of $1,475, but no more. Assuming monthly compounding, what is the highest rate you can afford on a 60-month APR loan? What is the APR on this loan? What is the EAR on this loan? Prepare an amortization schedule on the 60-month yacht loan and determine the total interest paid after 5 months

1. You plan to borrow $75,000 to purchase a small yacht, 2014 Maritimo X50, with financing from Capital One Bank. You can afford to make monthly payments of $1,475, but no more. Assuming monthly compounding, what is the highest rate you can afford on a 60-month APR loan? What is the APR on this loan? What is the EAR on this loan? Prepare an amortization schedule on the 60-month yacht loan and determine the total interest paid after 5 months. (Help Please)

i) Find the angular separation between the red hydrogen-α spectral line at 656 nm and the yellow sodium line at 589 nm if the two lines are observed in third order with a diffraction grating having 3 500 slits per cm. (Give the answer in degrees, correct to three significant figures.) [6]

            (ii) Using the same diffraction grating as in (i) , what is the highest order that could possibly be observed using violet light of wavelength 420 nm?

Assuming you are write a program for the emergency room. You maintain two queues. A regular FIFO queue for doctors. When a doctor walked in, he/she will join this queue if there is no patients waiting.
Otherwise, remove the patient with the highest priority and let the doctor treat this patient.
A priority queue for patients. When a patient walked, input patients name and priority. If doctor’s queue is not empty, remove the first doctor and let this doctor server this patients. Otherwise add this patient with the priority to the priority queue.
PYTHON