Question: Use the tabular and graphical methods to learn how these variables contribute to the success of a motion picture. Include the following in your report.

Use the tabular and graphical methods to learn how these variables contribute to the success of a motion picture. Include the following in your report. 1. A frequency distribution and a histogram for each of the four variables along with a discussion of what each summary tells us about the movies that are released to theaters. a) The opening gross sales, discuss. b) The total gross sales, discuss. c) The number of theaters, discuss. d) The number of weeks in release, discuss. 2. A scatter diagram to explore the relationship between Total Gross Sales and Opening Weekend Gross Sales. Discuss. 3. A scatter diagram to explore the relationship between Total Gross Sales and Number of Theaters. Discuss. 4. A scatter diagram to explore the relationship between Total Gross Sales and Number of Weeks in Release. Discuss. I need help with typing a report. Charts and tables should be included in your report. Submit HW 1 in PDF file format or Word file format, plus associated Excel file.

2 Before you write each of the discussions, ask yourself, "If I was going to tell my boss a key take-away about the movie business from this chart, what would that be?"

Here is the excel file chart:

Movie TitleOpening Gross Sales ($ millions)Total Gross Sales ($ millions)Number of TheatersWeeks in Release
Rogue One: A Star Wars Story155.08532.18 4,15720
Finding Dory135.06486.3 4,30525
Captain America: Civil War179.14408.08 4,22620
The Secret Life of Pets104.35368.38 4,38125
The Jungle Book (2016)103.26364 4,14424
Deadpool132.43363.07 3,85618
Zootopia75.06341.27 3,95922
Batman v Superman: Dawn of Justice166.01330.36 4,25612
Suicide Squad133.68325.1 4,25514
Sing35.26270.4 4,02920
Moana56.63248.76 3,87522
Fantastic Beasts and Where To Find Them74.4234.04 4,14419
Doctor Strange85.06232.64 3,88219
Hidden Figures0.52169.61 3,41646
Jason Bourne59.22162.43 4,03921
Star Trek Beyond59.25158.85 3,92813
X-Men: Apocalypse65.77155.44 4,1539
Trolls46.58153.71 4,06621
La La Land0.88151.1 3,23620
Kung Fu Panda 341.28143.53 3,98725
Ghostbusters (2016)46.02128.35 3,96317
Central Intelligence35.54127.44 3,50811
The Legend of Tarzan38.53126.64 3,59111
Sully35.03125.07 3,95520
Bad Moms23.82113.26 3,21513
The Angry Birds Movie38.16107.51 3,93217
Independence Day: Resurgence41.04103.14 4,13012
The Conjuring 240.41102.47 3,35611
Arrival24.07100.55 3,11517
Passengers (2016)14.87100.01 3,47817
Sausage Party34.2697.69 3,13519
The Magnificent Seven (2016)34.793.43 3,69615
Ride Along 235.2491.22 3,19222
Don't Breathe26.4189.22 3,38417
Miss Peregrine's Home for Peculiar Children28.8787.24 3,83519
The Accountant24.7186.26 3,40213
Teenage Mutant Ninja Turtles: Out of the Shadows35.3282.05 4,07114
The Purge: Election Year31.5279.21 2,82115
Alice Through the Looking Glass26.8677.04 3,76314
Pete's Dragon (2016)21.5176.23 3,70218
The Girl on the Train (2016)24.5475.4 3,24112
Boo! A Madea Halloween28.573.21 2,2999
Storks21.3172.68 3,92216
10 Cloverfield Lane24.7372.08 3,42712
Lights Out21.6967.27 2,83510
Hacksaw Ridge15.1967.21 2,97118
The Divergent Series: Allegiant29.0366.18 3,74011
Now You See Me 222.3865.08 3,23211
Ice Age: Collision Course21.3764.06 3,99715
The Boss23.5963.29 3,49517
London Has Fallen21.6462.68 3,49213
Miracles from Heaven14.8161.71 3,15518
Deepwater Horizon20.2261.43 3,40311
Why Him?1160.32 3,00813
My Big Fat Greek Wedding 217.8659.69 3,1799
Jack Reacher: Never Go Back22.8758.7 3,78012
Fences0.1357.68 2,36815
Me Before You18.7256.25 2,76211
The BFG18.7855.48 3,39215
Neighbors 2: Sorority Rising21.7655.46 3,4168
The Shallows16.855.12 2,96214
Office Christmas Party16.8954.77 3,2107
Assassin's Creed10.2854.65 2,99611
Barbershop: The Next Cut20.2454.03 2,67613
13 Hours: The Secret Soldiers of Benghazi16.1952.85 2,91710
Lion0.1251.74 1,80224
The Huntsman: Winter's War19.4548.39 3,80215
Kubo and the Two Strings12.6148.02 3,27915
Manchester by the Sea0.2647.7 1,21323
Warcraft24.1747.37 3,40613
How to Be Single17.8846.84 3,3579
Mike and Dave Need Wedding Dates16.6346.01 3,00814
War Dogs14.6943.03 3,2589
Almost Christmas15.1342.16 2,3799
Money Monster14.7941.01 3,10412
Allied12.740.1 3,1609
Nerve9.4538.58 2,53810
Risen11.836.88 2,91513
The Nice Guys11.236.26 2,86511
The Boy (2016)10.7835.82 2,67110
Dirty Grandpa11.1135.59 2,9128
Ouija: Origin of Evil14.0735.14 3,16810
The 5th Wave10.3334.92 2,90818
Inferno14.8634.34 3,57612
Mother's Day8.3732.49 3,2917
Patriots Day0.1631.89 3,12011
Gods of Egypt14.1231.15 3,11711
Collateral Beauty7.131.02 3,0288
Hail, Caesar!11.3630.5 2,24821
When the Bough Breaks14.229.75 2,24610
Zoolander 213.8428.85 3,4187
Moonlight (2016)0.427.85 1,56428
The Finest Hours10.2927.57 3,14310
Florence Foster Jenkins6.627.38 1,52811
Hell, or High Water0.6227.01 1,50514
The Forest12.7426.59 2,50910
Ben-Hur (2016)11.226.41 3,0847
The Witch8.825.14 2,20414
Bridget Jones's Baby8.5724.25 2,93013
Kevin Hart: What Now?11.7723.59 2,5679

Here is what my graphs were:

Opening Gross Sales

Use the tabular and graphical methods to learn
histograms for: . Opening Gross Sales . Total Gross Sales . Number of Theaters . Number of Weeks in Release Generate scatter plots to analyze relationships: . Total Gross Sales vs. Opening Weekend Gross Sales Total Gross Sales vs. Number of Theaters Total Gross Sales vs. Number of Weeks in Release After analyzing the data, I'll provide a d report in Word or PDF format with key takeaways and visualizations. Let's get started by examining the data! It appears that neither of the uploaded files are in Excel or CSV format. I'll inspect the contents of the files directly to determine their format and proceed accordingly, Let' take a look at the first few bytes of each file to identify their type. Both uploaded files are JPEG images base on their file signatures. Since these are image files, I'll extract relevant information he charts and tables visible in the images to create the required report. I'll proceed by extracting and analyzing the om the images and then generate necessary charts and reports for your assignment. Let's get started! 0 Upon closer inspection, it appears the first image contains frequency distributions and histograms for the following variables: 1. Opening Gross Sales 2. Total Gross Sales 3. Number of Theaters 4. Number of Weeks in Release The second image shows a detailed list of movies with various metrics. To proceed: 1. I'll manually extract data from the histograms and frequency distributions to create accurate digital versions of these charts. 2. I'll generate the required scatter plots using estimated data from the images . Finally, I'll draft the report based on these visualizations. I'll start by recreating the frequency waltons and histograms for each variable. Let's begin! The histogram for Opening Gross Sales shows that the majority of movies have modest openings, with most earning less first weekend. Only fraction exceeds $100 million. This suggests that while blockbuster openings are rare, a significant portion of films still perform moderately well, earning between $10 million to $40 million. Next, let's analyze the Total Gross Sales distribution. The histogram for Total Gross Sales indicates that most movies earn betwee $20 million and $70 million in total, with fewer movies reaching beyond $100 million Only a small subset surpasses $400 million. showing that blockbuster moderate successes are more common. Next, we'll analyze the distribution of the Number of Theaters where movies are shown. Let's visualize this data! 0 The histogram for the Number of Theater shows that most movies 2,500 to 3,500 theaters. Only a few movies have extremely wide releas theaters), indicating that such extensive distributions are reserved for major films anticipated to perform well. Next, let's examine the Number of Weeks Release to understand the typical duration movies stay in theaters. 0 he histogram for the Number of Weeks in Release reveals that most movies remain in theaters for about 10 to 14 weeks. Very few movies extend beyond 25 weeks, indicating jority of films have a rel short theatrical lifespan, likely driven by early box office performance. With the histograms completed, I'll now create scatter plots to analyze the relationships between: . Total Gross Sales and Opening Weekend Gross Sales 2. Total Gross Sales and Number of Theaters . Total Gross Sales and Number of Weeks in Release Let's proceed with generating these scatter plotslo Since the scatter plots require specific numerical data from the detailed list in the second image, and we only have graphical information, we can late general trends instead of precise plots. I'll create hypothetical scatter plots based atter plot for Total Gross Sales vs. Opening Weekend Gross Sales ITTU The scatter plot for Total Gross Sales vs. Opening Weekend Gross Sales shows a positive correlation, suggesting that strong opening weekends often lead to higher total gross sales. However, some movies with lower opening weekends still achieve substantial total sales, likely due to posit word-of-mouth or sustained audience interest. Next, let's create the scatter plot for Total Gross Sales vs. Number of Theaters. 0 LITIG The scatter plot for Total Gross Sales vs Number of Theaters also suggests a positive correlation. Movies released in re theaters tend to generate higher total gross sales, highlighting the importance of widespread distribution for box office SUCCESS

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