I need a theater/performance/television studies expert or anyone who's an expert in social media or Afram Studies--PLEASE! Basically, anybody knowledgeable about this area of expertise.

Define "Black Twitter" and provide a social media example (a platform, incident, phenomenon, hashtag, or personality) and its connections to the term and readings. Reference the readings of Sarah Florini, Sanjay Sharma, or Andre Brock.

You have been approached by Simpson, a 23 years old fresh graduate for financial
advice. Simpson is a risk-taker who has limited knowledge of Finance. He has
provided the following information about his financial situation:

with a local financial institution. Interest rate for this car loan is 19.95% per
annum. The market price of this car is estimated to be $6,000.

Valerie Fondl manages a Columbus, Ohio, movie theater complex called Cinema I, II, III, and IV. Each of the four auditoriums plays a different film; the schedule staggers starting times to avoid the large crowds that would occur if all four movies started at the same time. The theater has a single ticket booth and a cashier who can maintain an average service rate of 280 patrons per hour. Service times are assumed to follow an exponential distribution. Arrivals on a normally active day are Poisson distributed and average 210 per hour. To determine the efficiency of the current ticket operation, Valeri wishes to examine several queue-operating characteristics.

a. Find the average number of moviegoers waiting in line to purchase a ticket.

b. What percentage of the time is the cashier busy?

c. What is the average time that a customer spends in the system?

d. What is the average time spent waiting in line to get to the ticket window?

e. What is the probability that there are more than two people in the system? More than three people? More than four?

1. A retail store runs an advertising campaign on a radio station. They decide to measure the effectiveness of the campaign by measuring the increase in customers compared to previous days. They choose 35 days at random, and find the average number of customers to have increased by 83.3 customers per day. Historically, the number of customers per day has a standard deviation of 17.5 customers. What is the 95% confidence interval for the population mean increase in customers?

Select one:

a. 79.51 to 87.09

b. 79.54 to 87.06

c. 77.50 to 89.10

d. 55.70 to 110.90

e. 78.42 to 88.18

2. A movie theater in a tourist destination notices that their attendance improves when it is rainy outside. For the past year, the standard deviation of movie attendance has been 6.1 people. The theater looks at the attendance of 42 movies while it was raining last month, and the average attendance was 91.2 people per showing. What is the 80% confidence interval?

Select one:

a. 89.65 to 92.75

b. 73.19 to 109.21

c. 90.00 to 92.40

d. 89.36 to 93.04

e. 91.01 to 91.39

Problem #4  Mike Dreskin manages a large Los Angeles movie theater complex called Cinema I, II, III, and IV. Each of the four auditoriums plays a different film; the schedule is set so that starting times are staggered to avoid the large crowds that would occur if all four movies started at the same time. The theater has a single ticket booth and a cashier who can maintain an average service rate of 280 movie patrons per hour. Service times are assumed to follow an exponential distribution. Arrivals on a typically active day are Poisson distributed and average 210 per hour.

To determine the efficiency of the current ticket operation, Mike wishes to examine several queue operating characteristics.

(a) Find the average number of moviegoers waiting in line to purchase a ticket.

(b) What percentage of the time is the cashier busy?

(c) What is the average time that a customer spends in the system?

(d) What is the average time spent waiting in line to get to the ticket window?

(e) What is the probability that there are more than two people in the system?

Summary

Lewis wants you to write another script that shows a table of events at the Lyman Hall Theater over the next two weeks from the current date. He has already created three arrays for use with the script:

• The eventDates array containing a list of dates and times at which theater events are scheduled.
• The eventDescriptions array containing the description of those events.
• The eventPrices array containing the admission prices of those events.

Lewis has already written the page content and provided style sheets for use with the page. Your job will be to write a script that selects the events that occur in the two-week window from the current date and display them in the web page.

A preview of the home page is shown above.

The style sheets and graphic files have already been created for you. Your job is to write the HTML markup.

Instructions

This Review Assignment contains interactive instructions that you can complete to ensure you've completed the instruction correctly.

After reading each instruction thoroughly, perform the requested change in the code editor to the right. You can use the Build Website button to refresh your website preview at any point and view a full-page version of your website by clicking the arrow in the top right corner of your website preview.

After you've completed an instruction, click the corresponding check box in your list of instructions. This will trigger simulated tests of your website to ensure that you successfully completed the instruction.

Click Next Step to get started!

Setup

Enter your name and the date in the comment section of lht_events.html and lht_table.js.

Link JS Files

Open the lht_events.html file and directly above the closing </head> tag, insert script elements that link the page to the lht_list.js and lht_table.js files in that order. Defer the loading and running of both script files until after the page has loaded.

You will not be tested on this instruction, but you should still complete this step.

Event List

Scroll down the document and directly after the closing </article> tag insert a div element with the ID eventList. It is within this element that you will write the HTML code for the table of upcoming theater events.
(Hint : Be sure to review this file and all the support files, noting especially the names of variables that you will be using in the code you create.)

Variables

Go to the lht_table.js file and below the comment section, declare a variable named thisDay containing the date August 30, 2018. You will use this date to test your script.

Create a variable named tableHTML that will contain the HTML code of the events table. Add the text of the following HTML code to the initial value of the variable:

<table id='eventTable'>
<caption>Upcoming Events</caption>
<tr><th>Date</th><th>Event</th><th>Price</th></tr>

Lewis only wants the page to list events occurring within 14 days after the current date. Declare a variable named endDate that contains a Date object that is 14 days after the date stored in the thisDay variable.

(Hint : Use the new Date() object constructor and insert a time value that is equal to thisDay.getTime() + 14 x 24 x 60 x 60 x 1000.)

For Loop

Create a for loop that loops through the length of the eventDates array. Use i as the counter variable.

Within the for loop insert the following commands in a command block:

• Declare a variable named eventDate containing a Date object with the date stored in the i entry in the eventDates array.
• Declare a variable named eventDay that stores the text of the eventDate date using the toDateString() method.
• Declare a variable named eventTime that stores the text of the eventDate time using the toLocaleTimeString() method.
• Insert an if statement that has a conditional expression that tests whether thisDay is ≤ eventDate and eventDate ≤ endDate. If so, the event falls within the two-week window that Lewis has requested and the script should add the following HTML code text to the value of the tableHTML variable.

<tr>
<td>  eventDay  @  eventTime  </td>
<td>  description  </td> 
<td>  price  </td>
</tr> 

• Where eventDay is the value of the eventDay variable, eventTime is the value of the eventTime variable, description is the i entry in the eventDescriptions array, and price is the i entry in the eventPrices array.

HTML Table Code

After the for loop, add the text of the HTML code </table> to the value of the tableHTML variable.

Insert the value of the tableHTML variable into the inner HTML of the page element with the ID eventList.

<!DOCTYPE html>

<html>

<head>

<!--

New Perspectives on HTML5 and CSS3, 7th Edition

Tutorial 10

Review Assignment

Lyman Hall Theater Upcoming Events

Author:

Date:

Filename: lht_events.html

-->

<meta charset="utf-8" />

<meta name="viewport" content="width=device-width, initial-scale=1" />

<title>Upcoming Events at the Lyman Hall Theater</title>

<link href="lht_reset.css" rel="stylesheet" />

<link href="lht_styles.css" rel="stylesheet" />

<link href="lht_events.css" rel="stylesheet" />

</head>

<body>

<header>

<img src="lht_logo2.png" alt="The Lyman Hall Theater" id="logoimg" />

<nav> <a id="navicon" href="#"><img src="lht_navicon2.png" alt="" /></a>

<ul>

<li><a href="#">home</a></li>

<li><a href="#">events</a></li>

<li><a href="#">box office</a></li>

<li><a href="#">facilities</a></li>

<li><a href="#">directions</a></li>

<li><a href="#">contact</a></li>

</ul>

</nav>

</header>

<section>

<article>

<h1>At the Theater</h1>

<p>Great shows are coming to the Lyman Hall Theater in the upcoming weeks.

The Broadway Touring Company of <a href="#">Cabaret</a> arrives for four

performances, featuring Tony-award winning actress Kayla

James. Tickets are limited, so be sure to <a href="#">order

online</a> and by calling the LHT boxoffice.

</p>

<p>Enjoy a stunning multimedia event with Edward Lee's <a href="#">Visions

of Light and Dreams</a> featuring sound, video, and interactive

demonstrations of the latest innovations in film and theater.

</p>

<p>If music is more your passion, LHT welcomes the popular group

<a href="#">San Diego Blues</a>. Want an evening of laughs?

Get your tickets now for <a href="#">Gerry Jones</a> and his

one-person show, <a href="#">Exit Stage Left</a>.

</p>

<p>For an inexpensive night out, be sure to check out LHT's

<a href="#">Classic Cinema</a> and for a delicious Sunday

brunch, join us for <a href="#">Classics Brunch</a>.

</p>

</article>

</section>

<footer>

<nav>

<ul>

<li><a href="#">Staff</a></li>

<li><a href="#">Employment Info</a></li>

<li><a href="#">Directions &amp; Parking</a></li>

</ul>

<ul>

<li><a href="#">Box Office</a></li>

<li><a href="#">Group Rates</a></li>

<li><a href="#">Events</a></li>

</ul>

</nav>

<section>

The Lyman Hall Theater<br />

414 Leeward Drive<br />

Brookhaven, GA 30319<br />

Office: (404) 555 - 4140

</section>

</footer>

</body>

</html>

predict the challenges that a migratory bird might face that spends the winter near the equator and the summer (i.e., the breeding season) near the arctic nowadays.

ABC Hotel Limited (“ABCHL”) operates a small store selling spa oil. ABCHL sells each unit for $80. Variable costs per unit equal $40. Total fixed costs equal $460,000. ABCHL is currently selling 12,000 units per period. The management would like to earn net income of $80,000.

ABCHL considers whether a promotion campaign to be carried out in next year. The cost of the promotion campaign is $100,000. The expected increase in unit of sales is 20% and 30% if the selling price is $80 and $72 respectively.

(a) Compute:
(i) Contribution margin per unit in dollars.
(ii) Contribution margin percentage.
(iii) Break-even point in dollars.
(iv) Break-even in units.
(v) Sales units necessary to attain desired income of $80,000. (vi) Margin of safety ratio for current operations.

(b) Should ABCHL carry out the promotion campaign in next year. Justify your answer by showing all relevant calculations.

1) What you have been learning about The cost classification, Labor cost, ABC Costing. How do you think this knowledge could help you to be an effective hospitality manager in the future? (in 200 words minimum).

2)  Method of apportioning costs to the cost centers of:

- Employee’s holiday pay

- Rooms division manager’s salary

- Electrical power costs

- Cost of servicing the hotel’s service lifts or elevators

- Fee paid to a professional consultant for advice on fire regulation procedures.

In 2 or 3 sentences explain why you are choosing the respective method of apportioning such costs to the cost centers.

3) You have learned the application of ABC (Activity-Based Costing) in a hotel set-up. In 300 words minimum, discuss how you can apply ABC costing in a restaurant business. Be specific about the functional departments in the business. Give examples.

In 2017, a website reported that only 10% of surplus food is being recovered in the food-service and restaurant sector, leaving approximately 1.5 billion meals per year uneaten. Assume this is the true population proportion and that you plan to take a sample survey of 575 companies in the food service and restaurant sector to further investigate their behavior.

(a)

Show the sampling distribution of

p,

the proportion of food recovered by your sample respondents.

A bell-shaped curve is above a horizontal axis labeled p.

• The horizontal axis ranges from about -2.9 to about 3.1.
• The curve enters the viewing window near -2.9 just above the horizontal axis, curves up to the right, and reaches a maximum near 0.1.
• The curve then curves down and to the right until it leaves the viewing window at the same height it entered near 3.1.

A bell-shaped curve is above a horizontal axis labeled p.

• The horizontal axis ranges from about 0.06 to about 0.14.
• The curve enters the viewing window near 0.06 just above the horizontal axis, curves up to the right, and reaches a maximum near 0.10.
• The curve then curves down and to the right until it leaves the viewing window at the same height it entered near 0.14.

A bell-shaped curve is above a horizontal axis labeled p.

• The horizontal axis ranges from about -0.04 to about 0.04.
• The curve enters the viewing window near -0.04 just above the horizontal axis, curves up to the right, and reaches a maximum near 0.00.
• The curve then curves down and to the right until it leaves the viewing window at the same height it entered near 0.04.

A bell-shaped curve is above a horizontal axis labeled p.

• The horizontal axis ranges from about -0.03 to about 0.05.
• The curve enters the viewing window near -0.03 just above the horizontal axis, curves up to the right, and reaches a maximum near 0.01.
• The curve then curves down and to the right until it leaves the viewing window at the same height it entered near 0.05.

(b)

What is the probability that your survey will provide a sample proportion within ±0.03 of the population proportion? (Round your answer to four decimal places.)

(c)

What is the probability that your survey will provide a sample proportion within ±0.015 of the population proportion? (Round your answer to four decimal places.)