I Need Assignment Before Friday Can Someone Please Help
/in Uncategorized /by developerI need assignment before Friday. Can someone please help?
Choose any TV show or movie you have recently seen, and starting from some point in the middle, end it in 10 different ways.i have to provide a paragraph giving a quick summary of the TV show or movie.
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I Need Asap Like In Just Over An Hour But It Is Only A Few Questions When I Was
/in Uncategorized /by developerI need ASAP… like in just over an hour …. but it is only a few questions!!!
- When I was recently living in Germany, the cost of gasoline was about 1.60 euro per liter. The most I could pump to fill up the empty tank on my VW Golf was 50.00 euro worth of gas at a time, after which amount the gas pump would shut off. This 50.00 euro worth of gas would last for about 190 km. (A) Given that the currency exchange rate was $1.00 = 1.12 euro, what was the cost of gasoline in dollars per gallon? (B) What was my gas mileage (fuel efficiency) in miles per gallon? All work must be shown , labeled , and explained in detail to receive credit. Note that where applicable, superscripts (X 2 ) can be written as X^2 and subscripts (X 2 ) can be written as X_2 if it saves you time.
My dog weighs 58.0 lbs. I put him into a bathtub containing 47.0 gallons of water when filled to the very top. After I put him in, I collected all the water that ran over the side of the tub, and found it to be equal to 1.923 gallons. (A) What is the density of my dog in grams per cubic centimeter? (B) What if next time I do this he gains 4.0 lbs. and grows big enough to displace 2.10 gallons. Will he still have the same density? Explain and prove your answer. All work must be shown , labeled , and explained in detail to receive credit. Note that where applicable, superscripts (X 2 ) can be written as X^2 and subscripts (X 2 ) can be written as X_2 if it saves you time.
- Theoretically speaking, how many moles of lithium bromide can be produced if we react 9.1 moles of CaBr 2 and 5.7 moles of LiCl? Reaction: CaBr 2 + 2LiCl → 2LiBr + CaCl 2 . You must show all work clearly and in detail to receive credit. All numbers seen immediately following the elemental symbols are intended to be subscripts.
- I cook my pasta by putting a little salt in the boiling water. If my pasta water is a 2.90% NaCl solution by mass with a density of 1.21 g/mL, how many mL of my pasta water contains 2.00 g of sodium? You must show all work clearly and in detail to receive credit. All numbers seen immediately following the elemental symbols are intended to be subscripts.
Assume you take a sample of 13.4 g Al and oxidize it (in an excess stream of O 2 ) to produce 2.10 g of Al 2 O 3 . Calculate the percent yield of Al 2 O 3 . Reaction: 4 Al + 3 O 2 → 2 Al 2 O 3 . You must show all work to receive credit. All numbers immediately following elemental symbols are subscripts.Give the A) Element Symbol, B) Atomic Number, C) Number of Protons, D) Number of Neutrons, (E) Mass Number, and (F) total Number of Electrons for: Cesium–135 and Francium-228When I am driving around my Volkswagon I burn (C8H18), or octane in my engine, the yield of products (carbon dioxide and water) is 93%. (Hint: oxygen is required)1) Write out a balanced chemical equation showing the combustion of octane.2) If 31.0 g of octane is burned with 31.0 g of oxygen what is limiting, if anything?3) What is the mass of carbon dioxide produced (don’t forget about the yield) in this engine given 31.0 g of octane is burned with 31.0 g oxygen?
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I Need Assistance With The Script Theres Are Several Steps Part I Descriptive St
/in Uncategorized /by developerI need assistance with the script. Theres are several steps.
1. Part I: Descriptive Statistics (Scenario A)
Scenario A: National Weather Service
Imagine you are a data analyst working at the National Weather Service. Your primary job is to analyze historical weather data for regions within the United States collected by the agency. Your analysis will lead to updating important weather pattern models based on historical trends and your findings will be published in academic journals. As you can see, it is critical for an analyst to provide accurate analysis of the data so that proper interpretations and publications can be achieved. You are now given a task to analyze historical weather data for the city of Manchester in New Hampshire. You will be using monthly weather data collected for the city of Manchester to help task.
Use the following table as a reference guide for the variables of interest for this project.
VariableDefinitionEMXPExtreme Maximum Precipitation (Highest monthly maximum precipitation) reported in tenths of a millimeter.EMXTExtreme Maximum Temperature (Highest monthly maximum temperature) reported in tenths of a degree Celsius.EMNTExtreme Minimum Temperature (Lowest monthly minimum temperature) reported in tenths of a degree Celsius.MMXTMean Maximum Temperature (Average monthly maximum temperature) reported in tenths of a degree Celsius.MMNTMean Minimum Temperature (Average monthly maximum temperature) reported in tenths of a degree Celsius.MNTMMean Temperature (Average monthly temperature) reported in tenths of a degree Celsius.
Step 1: Import your data set
You will be working with the Manchester Weather data set. To ensure that you analyze the correct data set, make the following edits to the function underneath “Step 1: Import your data set” in the Tool Panel on the left side of the screen.
Uncomment line 11 ???DATASET_NAME??? manchesterweather
Step 2: Calculate descriptive statistics for Extreme Maximum Temperature (EMXT)
You will need to calculate the following descriptive statistics for the variable EMXT:
Mean
Median
Variance
Standard Deviation
Minimum
Maximum
25th Percentile
75th Percentile
In order to perform these functions, you need to make the appropriate modifications to correct Python functions within the provided script. In other words, you should:
Uncomment lines 17 – 52 ???DATASET_NAME??? manchesterweather the
…for each of the required Python functions listed above.
Step 3: Calculate descriptive statistics for Extreme Maximum Precipitation (EMXP)
You will need to calculate the following descriptive statistics for the variable EMXP:
Mean
Median
Variance
Standard Deviation
Minimum
Maximum
25th Percentile
75th Percentile
In order to perform these functions, you need to make the appropriate modifications to associated Python functions listed within the provided script. In other words, you should:
Uncomment lines 56 – 89 ???DATASET_NAME??? manchesterweather the
for each of the required Python functions listed above.
2. Part I: Confidence Intervals (Scenario A)
Step 4: Construct confidence interval for population proportion
Construct a 99% confidence interval for the proportion of months with highest monthly maximum temperatures above 19 degrees celsius (EMXT>190). In order to perform this function, you need to make the appropriate modifications to the provided script. In other words, you should:
– – Uncomment – ???DATASET_NAME??? manchesterweather the ???Xvalue??? the appropriate
Step 5: Construct confidence interval for population mean
Construct a 95% confidence interval for average highest monthly maximum precipitation (EMXP). In order to perform this function, you need to make the appropriate modifications to the provided script. In other words, you should:
Uncomment lines 106 – 113 ???DATASET_NAME??? manchesterweather the
Step 6: Perform hypothesis test for population proportion
It is claimed that 67% of the months have highest monthly maximum temperatures above 19 degrees celsius (EMXT>190). Is there sufficient evidence to suggest that the proportion is 67%? Test this claim using a hypothesis test at 5% level of significance. In order to perform this function, you need to make the appropriate modifications to the provided script. In other words, you should:
– – Uncomment – ???DATASET_NAME??? manchesterweather the ???Xvalue??? the appropriate ???NULL_VALUE??? the appropriate the hypothesis the appropriate alternative hypothesis
Step 7: Perform hypothesis test for population mean
It is claimed that average highest monthly maximum precipitation is 28 millimeters (EMXP=280). Test this claim using a hypothesis test at 1% level of significance. In order to perform this function, you need to make the appropriate modifications to the provided script. In other words, you should:
Uncomment lines 131 – 139 ???DATASET_NAME??? manchesterweather the ???NULL_VALUE??? the appropriate the hypothesis the appropriate alternative hypothesis
step 8: Get your results
Once you have confirmed that your code is correct by passing each of the self-assessments, it is time to get the results of your statistical tests. First, you must uncomment all of the lines of your scripting file that are not instructional, as indicated below:
lines – Uncomment lines – Uncomment lines – Uncomment lines – Uncomment lines – Uncomment lines –
________________________________________________________________________________________________
Script::
####### Milestone 1 Python Script
import pandas as pd
import scipy.stats as st
from snhu_MAT243 import prop_1samp_ztest
from snhu_MAT243 import means_1samp_ttest
##Step 1: Import your data set
##—————————————————————————–
???DATASET_NAME??? = pd.read_csv(‘???FILENAME???’)
##Step 2: Calculate descriptive statistics
##—————————————————————————–
# print (‘Descriptive Statistics – Step 2’)
# print (”)
# print (‘Mean’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].mean())
# print (”)
# print (‘Median’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].median())
# print (”)
# print (‘Mode’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].mode())
# print (”)
# print (‘Minimum’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].min())
# print (”)
# print (‘Maximum’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].max())
# print (”)
# print (‘Mean’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].var())
# print (”)
# print (‘Standard Deviation’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].std())
# print (”)
# print (‘Describe’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].describe())
# print (”)
# print (”)
##Step 3: Calculate descriptive statistics
##—————————————————————————–
# print (‘Descriptive Statistics – Step 3’)
# print (”)
# print (‘Mean’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].mean())
# print (”)
# print (‘Median’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].median())
# print (”)
# print (‘Mode’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].mode())
# print (”)
# print (‘Minimum’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].min())
# print (”)
# print (‘Maximum’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].max())
# print (”)
# print (‘Mean’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].var())
# print (”)
# print (‘Standard Deviation’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].std())
# print (”)
# print (‘Describe’)
# print (???DATASET_NAME???[[‘???VARIABLE_NAME???’]].describe())
# print (”)
##Step 4: Construct confidence interval for population proportion
##—————————————————————————–
# print (‘Confidence Interval – Step 4’)
# n = ???DATASET_NAME???[[‘???VARIABLE_NAME???’]].count()
# x = (???DATASET_NAME???[[‘???VARIABLE_NAME???’]] > ???Xvalue???).values.sum()
# p = x/n*1.0
# stderror = (p * (1 – p)/n)**0.5
# print (st.norm.interval(0.99, p, stderror))
# print (”)
##Step 5: Construct confidence interval for population mean
##—————————————————————————–
# print (‘Confidence Interval – Step 5’)
# n = ???DATASET_NAME???[[‘???VARIABLE_NAME???’]].count()
# df = n – 1
# mean = ???DATASET_NAME???[[‘???VARIABLE_NAME???’]].mean()
# stdev = ???DATASET_NAME???[[‘???VARIABLE_NAME???’]].std()
# stderror = stdev/(n**0.5)
# print (st.t.interval(0.95, df, mean, stderror))
# print (”)
##Step 6: Perform hypothesis test for population proportion
##—————————————————————————–
# print (‘Hypothesis Test – Step 6’)
# n = ???DATASET_NAME???[[‘???VARIABLE_NAME???’]].count()
# x = (???DATASET_NAME???[[‘???VARIABLE_NAME???’]] > ???Xvalue???).values.sum()
# null_value = ???NULL_VALUE???
# alternative = ‘???TEST_TYPE???’
# print (prop_1samp_ztest(x, n, null_value, alternative))
# print (”)
##Step 7: Perform hypothesis test for population mean
##—————————————————————————–
# print (‘Hypothesis Test – Step 7’)
# n = ???DATASET_NAME???[[‘???VARIABLE_NAME???’]].count()
# df = n – 1
# mean = ???DATASET_NAME???[[‘???VARIABLE_NAME???’]].mean()
# std_dev = ???DATASET_NAME???[[‘???VARIABLE_NAME???’]].std()
# null_value = ???NULL_VALUE???
# alternative = ‘???TEST_TYPE???’
# print (means_1samp_ttest(mean, std_dev, n, null_value, alternative))
# print (”)
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I Need As Many Answers I Can Get This Is Supposed To Be Done Through A Lab On Ce
/in Uncategorized /by developerI need as many answers I can get. This is supposed to be done through a lab on certify.
The objective of this lab is to test your subnetting knowledge. You can also use this lab to test your understanding of the key concepts presented in the CCENT Navigation and Administration exercises.
Password: cs
Reference Tables
Table 1 and Table 2 provide information that you will need to comp this assessment lab.
Where is my password? You will not see characters on the screen or an advancement of the cursor when you enter the password. This feature accurately replicates a real environment. When prompted, type the password exactly as given and hit enter.
Assessment Steps and Exercises
Step 1: Given a subnet mask of 255.255.255.252, how many usable IP addresses are created for each subnet?
Answer:
Step 2: Given a 192.168.20.0 class C network, specify a subnet mask that creates four subnets.
Answer:
Step 3: Given a 172.16.0.0 network, specify a subnet mask that creates four subnets.
Answer:
Step 4: Given a 10.0.0.0 network, specify a subnet mask that creates eight subnets.
Answer:
Step 5: Given an IP address of 192.168.10.0 and a subnet mask of 255.255.255.192, identify the network address for each subnet that is created.
Answer:
Answer:
Answer:
Answer:
Step 6: Calculate the subnet ID, given the information in Table 3.
Step 7: Calculate the subnet ID, given the information in Table 4.
Step 8: Calculate the subnet ID, given the information in Table 5.
Step 9: Configure the GigabitEthernet0/0 IP address for router R1 according to the address provided in Table 1. Your first step is to get into global configuration mode for R1. Your second step is to enter the command to specify the GigabitEthernet0/0 interface. Your third step is to enter the command to configure the proper IP address and subnet mask. The last step is to enter the command to enable the GigabitEthernet0/0 interface.
Step 10: Configure router R1’s serial IP addresses and subnet masks according to the addresses specified in Table 1.
Step 11: Set the clock rate to 56000 on the serial interface interconnecting the two routers. Also issue the command to enable the serial interface.
Step 12: Use the command to configure the IP address and subnet mask for PC1 and PC2. Configure the gateway. Use the information in Table 1 and Table 2 to do this task.
Step 13: A subnet mask of 255.255.255.240 is applied to an IP address of 172.16.123.123. What is the subnet ID? Enter the IP address for the subnet ID.
Answer:
Step 14: Calculate the subnet ID, given the following IPv6 address and prefix length: 2001:0DB8:DCBA:1122:7351:9442:FEDC:0312/64
Answer:
Step 15: Calculate the subnet ID, given the following IPv6 address and prefix length: 2001:0DB8:DCCB:1234:1357:9246:FEDC:0341/64
Answer:
Step 16: Connect to router R1’s GigabitEthernet0/0 interface and configure, using an IPv6 address of 2001:0DB8:BEEF:3421:ABCD:9246:FEED:0442/96.
Step 17: Connect to router R1’s Serial0/0/0 interface and configure an IPv6 address of 2001:0DB8:BEEF:1134:DCBA:6582:FEED:0346/96.
Step 18: A router’s GigabitEthernet0/0 interface is configured with an IPv4 address of 192.10.10.128 with a subnet mask of 255.255.255.192. Will this IP address be rejected and why?
Select Answer
a. The IP address will be rejected because this is a broadcast address for the 192.10.0.128 network
b. The IP address will be rejected because this is a broadcast address for the 192.10.10.128 network
c. The IP address will be rejected because this is a network address for the 192.10.10.128 network
d. The IP address will be rejected because this is a broadcast address for the 192.20.10.128 network
e. The IP address will not be rejected
Step 19: Configure the GigabitEthernet0/0 interface on router R2 to use the IPv6 address 2001:0DB8:5573:4923:3674:4473:FEDC:CDAE/56. Enable the interface.
Step 20: Add IPv6 addresses to router R2’s serial0/0/1 interface. Use the IPv6 address 2001:C16C:0000:0001:0000:0000:0000:1234/64. Enable the interface, and issue the command to view a brief output of the IPv6 interface settings.
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I Need Assistance With The Following Discussion Question
/in Uncategorized /by developerI need assistance with the following discussion question. I have attached the document that describes problems at the Columbus air processing center of the United Postal Service. After reading the attached ,please answer the following questions. At least one reference is required.
The goal is to deliver letters and packages on time. It was found that 8.7% of the letters processed did not meet on-time delivery commitments. A Six Sigma project was started to address this issue. One outcome was the creation and documentation of a standardized process.
How might the Postal Service use systems to improve their process control? What is the current stage of operational effectiveness at the Columbus facility? Should the Postal Service consider ISO 9000 certification? Why or why not? They use p-charts to monitor performance; is this an appropriate statistical technique? What other statistical techniques would you recommend?
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I Need Argument With Those 5 Answers Ex Agree Or Disagree And Reasons Topic Is M
/in Uncategorized /by developerI need argument with those 5 answers (ex; agree or disagree and reasons) / Topic is “Media”
- Media most definitely has an influence on our everyday lives. Pop culture shapes the way we dress with fashion trends, and many people are introduced to new words from songs, tv shows, and movies.
- I believe the media around us is saying both “how things are” and “how things should be”, and it depends on the type of media a person is exposed to. For instance, news media mostly reports on current events and thus are saying “how things are”, although they can select on what to report on and give an incomplete view of “how things are”. On the other hand, there is media that is specifically designed to tell us “how things should be”. Written media like opinion pieces or persuasive essays by featured writers in newspapers are written to convince a particular audience about “how things should be”.
- The media can never be completely free and not be influenced by politics, ideologies, or social structures. The media is created by people, for the consumption of other people, and people in general will always have an agenda to push. The creators can be influenced by bribes from powerful people to produce content that aligns with what how they think the world should be. Moreover, an audience can also influence the media by what they want to see regarding things like films and tv shows.
- I can think of 2 major ways that the media is regulated around the world. There’s a policy driven way of regulating media content, as seen with the way the FCC and the CRTC operates, where an organization tries to manage media content in a reasonable manner, that is they may censor or ban content based on public opinion. On the other hand, media can be completely regulated a government, as seen in North Korea, where the only content allowed to be made and broadcast to the public must be in favour of the state.
- Many things are prohibited in media. These things are usually malicious, discriminatory, and are just all around considered bad by most of society. For instance, in social media like Facebook, Twitter, and Instagram, anything racist is pretty much taken down once it has been noticed by users. However, on news media sites, these things are very likely to be reported on to inform the public.
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I Need Apa Style And Plagarism Reportassessment Briefyou Have Been Appointed As
/in Uncategorized /by developeri need APA style and plagarism report
Assessment brief
You have been appointed as an international business consultant for an upcoming high profile UK SME based in London. One of their key objectives for 2020-21 is to tap into the Chinese market for their “UHT milk for children aged from (3-11 years)”.
The company is expected to focus on specific target audiences (within Chinese market) that would see UHT milk from UK as a better proposition comparted to the current local options.Having access to international suppliers, the business fully intends to make use of the UK’s reputation as a land of quality, reliability, and transparency. Pre-school aged children and upwards are the ideal age to be ambassadors for the products due to their comprehension of what they like and dislike.
Introduction:
- industry backgroung(talk abouk SME’s in UK and China)
- should be supported by relevant facts and figures
Business drivers behind the company’s expansion into the given country.
- indiacte PESTLE or Porters Five force Analysiswhich would lead them to identify the Key Buisness driver(talk about international).
- highlight significant buisness drivers for Internationalisation
Trade Barriers
- highlight at least 4 trade barriers in the given context
you may choose from the following
- Tariffs, Quotas
- regulations
- ethical issues
- legal issues
- cross cultural
- competitors)
2. what possible consequences may occur if these are ignored by the SME?(FACTS AND FIGURES)3. Demonstarte the business uncertainities and opportunities created by the Trade Policies of the National Governemnt of CHINA. Give Facts and Figures. Ethical and social issues to be considered by the UK SME
- HIGHLIGHT THE IMPORTANCE OF CORPORATE SOCILA RESPONSIBILITY WHEN OPERATING INTERNATIONALLY IN THE GIVEN CONTEXT. GIVE fACTS(talk about UK
Cultural preferances to be considered by the buisness
- Highlight the significance of culture within various activites asscoiated with international buisness in theChinese market give examples
Exapansion methods to be chosen by the company
- Identify the range of potential Internationalisation methods
- this should be followed by identification of the most suitable options available to the SME supported by relevant strategic evaluation framworks. give FACTS and FIGURES
Conclusion
- A concise summary of the main findings and a brief evaluation of the implications for the buisness.
- demonstrates a clear underatsnding of the issues faced by the buisness and of Governemnt support measures which are available.
note: correctly use the Harvard Refrencing system for IN-Text ciatation and the Refrence section of the report
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I Need Assistance With The Attached Homework Which Entails 3 Medical Case Studie
/in Uncategorized /by developerAbout Us
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