Wowinansit 4 2 19 Swx2 4 7 19 Mapo 4 9 19 Attx 4 12 19 Sptr 5 1 19 Swx1 S 7 19 Hv11 5 9 19 Q43829137
WOWINANSIT 4/2/19 SWX2 4/7/19 MAPO 4/9/19 ATTX 4/12/19 SPTR 5/1/19 SWX1 S/7/19 HV11 5/9/19 S2SC 5/9/19 ORRC Tennessee Atlantic US ENTER HERE ald 55 ANSWER THE QUESTIONS GIVEN BELOW 56 1) What is the Total Number of Units sold from Jan to May? 572) What is the Average Number of units sold from Jan to May? 58 3) On how many days (count) were sales made? 59 4) On above sales days, what was the minimum number of units sold 60 5) On above sales days, what was the maximum number of units sold 51 6) What was the total number of units sold in Feburary 62 7) What was the average number of units sold in March 63 8) What percentage of sales were made in May? 54 9) How many unit sales were made in Atlantic US” Sales region? 65 10) What percentage of total sales were made in Central US region? 66 11) On how many days were unit sales of more than 1500 made? 67 12) On how many days were unit sales of less than 1000 units made? Tip: Us Tip: Us NIIN MKTGABON WEEK I PROJECT Show transcribed image text WOWINANSIT 4/2/19 SWX2 4/7/19 MAPO 4/9/19 ATTX 4/12/19 SPTR 5/1/19 SWX1 S/7/19 HV11 5/9/19 S2SC 5/9/19 ORRC Tennessee Atlantic US ENTER HERE ald 55 ANSWER THE QUESTIONS GIVEN BELOW 56 1) What is the Total Number of Units sold from Jan to May? 572) What is the Average Number of units sold from Jan to May? 58 3) On how many days (count) were sales made? 59 4) On above sales days, what was the minimum number of units sold 60 5) On above sales days, what was the maximum number of units sold 51 6) What was the total number of units sold in Feburary 62 7) What was the average number of units sold in March 63 8) What percentage of sales were made in May? 54 9) How many unit sales were made in Atlantic US” Sales region? 65 10) What percentage of total sales were made in Central US region? 66 11) On how many days were unit sales of more than 1500 made? 67 12) On how many days were unit sales of less than 1000 units made? Tip: Us Tip: Us NIIN MKTGABON WEEK I PROJECT
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Answer to WOWINANSIT 4/2/19 SWX2 4/7/19 MAPO 4/9/19 ATTX 4/12/19 SPTR 5/1/19 SWX1 S/7/19 HV11 5/9/19 S2SC 5/9/19 ORRC Tennessee At…
Write 2 3 Page Response Technology Impacted Society Also Consider Information Technology E Q43795159
Write a 2-3 page response on “How technology has impactedsociety” also consider Information Technology and its effect.
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Answer to Write a 2-3 page response on “How technology has impacted society” also consider Information Technology and its effect….
Write 2 Paragraphs Juice Store Explanation Supplier Power Q43892165
Write 2 paragraphs about juice store with explanation ofSupplier Power.
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Answer to Write 2 paragraphs about juice store with explanation of Supplier Power….
Write 5 4 Pts Using Three Variables String Indexing Operators Python Expressions Evaluate Q43900001
write 5. (4 pts each) Using the three variables above, string indexing, and operators + and Python expressions that evaluate to: Expression Result UCSB CSS W20 UCSB CS8 UCSB CS8 school ] = course True 4. (2 pts each) Section 2.2 describes strings in Python, including the concepts of “dictionary order (also called “lexicographic order”), concatenation of strings, multiplication of strings by an integer, the in operator, the not in operation, the len() function, and string indexing. Review that material. Expression Result course + 2 Assuming the following assignment statements have been entered at the Python prompt in IDLE to create the three variables below, indicate the value of each of the expressions on the right: (school + ‘-‘)*2 qtr(1:3) I qtr > course school = “UCSB” course = “CS8” qtr – “W20” “CS” in school Show transcribed image text write 5. (4 pts each) Using the three variables above, string indexing, and operators + and Python expressions that evaluate to: Expression Result UCSB CSS W20 UCSB CS8 UCSB CS8 school ] = course True
4. (2 pts each) Section 2.2 describes strings in Python, including the concepts of “dictionary order (also called “lexicographic order”), concatenation of strings, multiplication of strings by an integer, the in operator, the not in operation, the len() function, and string indexing. Review that material. Expression Result course + 2 Assuming the following assignment statements have been entered at the Python prompt in IDLE to create the three variables below, indicate the value of each of the expressions on the right: (school + ‘-‘)*2 qtr(1:3) I qtr > course school = “UCSB” course = “CS8” qtr – “W20” “CS” in school
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Answer to write 5. (4 pts each) Using the three variables above, string indexing, and operators + and Python expressions that eval…
Write Addlast Method Linked List Java Q43818886
Write the addLast() method for the linked list. with JAVA
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Answer to Write the addLast() method for the linked list. with JAVA…
Write Addlast Method Linked List Might Precondition Method Getlast Q43818575
Write the addLast() method for the linked list.
What might be the precondition for this method: getLast()?
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Answer to Write the addLast() method for the linked list. What might be the precondition for this method: getLast()?…
Write Algorithm Istep Step Instructions Via Someone Could Walk Drive Origin Destination Pe Q43897841
Write an algorithm (istep-by-step instructions) via whichsomeone could walk or drive from some origin to some destination,perhaps a path that you yourself tend to travel. Take care tospecify what the origin and destination that you have in mind. Andtake care to use loops and conditions as needed, particularly ifthere might be obstacles (e.g., red lines). Assume that youralgorithm will be executed by a robot (or lost friend) who willfollow your directions precisely.
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Answer to Write an algorithm (istep-by-step instructions) via which someone could walk or drive from some origin to some destinati…
Write Alp Inputs String Let S User Choose Uppercase Lowercase Vowel Consonant Characters S Q43821458
Write a ALP that inputs a string and let’s the user choose fromuppercase or lowercase and vowel and consonant thecharacters/string to be saved in file. ASSEMBLY LANGUAGE
Sample output:
Enter a string: RoSE
A uppercase vowel
B. Lowercase vowel
C. Uppercase consonant
D.Lowercase consonant
Enter choice: c
Saving…
Program used is emu8086
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Answer to Write a ALP that inputs a string and let’s the user choose from uppercase or lowercase and vowel and consonant the chara…
Write Alp Inputs String Let S User Choose Uppercase Lowercase Vowel Consonant Characters S Q43822560
Write a ALP that inputs a string and let’s the user choosefrom uppercase or lowercase and vowel and consonant thecharacters/string to be saved in file. ASSEMBLY LANGUAGE MASM
Sample output:
Enter a string: RoSE
A uppercase vowel
B. Lowercase vowel
C. Uppercase consonant
D.Lowercase consonant
Enter choice: c
Saving…
Program used is emu8086
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Answer to Write a ALP that inputs a string and let’s the user choose from uppercase or lowercase and vowel and consonant the chara…
Write Application Python 37 Keeps Track Traffic Fines Violations Noted Traffic Policeman F Q43803401
Write an application in Python 3.7 that keeps track oftraffic fines.
All violations are noted by a traffic policeman in a file as arecord <license number of driver, fine amount>. At the end ofeach day, files from all traffic policemen are collated. If adriver had been charged with more than three violations so far,then he has to be booked for further legal action. Also, the policedepartment provides additional bonus to those policemen who havebrought in large fine earnings. All policemen who have collectedequal to or more than 90% of the highest total fine collected by anindividual policeman, shall be awarded the bonus.
The program should help the police department answer the belowqueries:
1. Find out the drivers who are booked for legal action: All suchlicense numbers are to be output in a file called“violators.txt”.
2. Find out the policemen who are eligible for bonus: The list ofpolicemen eligible for bonus must be output in a file called“bonus.txt”. Additionally,
3. Perform an analysis of questions 1 and 2 and give the runningtime in terms of input size, n.
Use hash tables for keeping track of drivers (and theirviolations), and a binary tree for keeping track of policemen (andtheir bookings).
Data structures to be used:
DriverHash: A separately chained hashtable indexed by license numbers where each entry is of the form< license number, number of violations>. A simple hashfunction h(x) = x mod M, where M is the size of hash table can beused for this.
PoliceTree: This is a Binary Tree ofentries of the form <police ID, total fineamount>
The basic structure of the Police Node will be:
class PoliceNode:
def __init__(self, policeId, fineAmt):
self.policeId = PoliceId
self.fineAmt = fineAmt
self.left = null
self.right = null
Functions:
1. def initializeHash (self): Thisfunction creates an empty hash table that points to null.
2. def insertHash (driverhash, lic): Thisfunction inserts the licence number lic to the hash table. If adriver’s license number is already present, only the number ofviolations need to be updated else a new entry has to becreated.
3. def printViolators (driverhash): Thisfunction prints the serious violators by looking through all hashtable entries and printing the license numbers of the drivers whohave more than 3 violations onto the file violators.txt. The outputshould be in the format
————–Violators————-
<license no>, no of violations
4. def destroyHash (driverhash): Thisfunction destroys all the entries inside the hash table. This is aclean-up code.
5. def insertByPoliceId (policeRoot, policeId,amount): This function inserts an entry <policeId,amount> into the police tree ordered by police id. If the Policeid is already found in the tree, then this function adds up to theexisting amount to get the total amount collected by him. Thisfunction
returns the updated tree.
6. def reorderByFineAmount (policeRoot):This function reorders the Binary Tree on the basis of total fineamount, instead of police id. This function removes the nodes fromthe original PoliceTree, and puts it in a new tree ordered by fineamount. Note that if the fine amount in node i is equal to theamount in node j, then the node i will be inserted to the left ofthe node j. This function returns the root node of the newtree.
7. def printBonusPolicemen (policeRoot):This function prints the list of police ids which have earned equalto or more than 90% of maximum total fine amount collected by anindividual. The output is pushed to a file called bonus.txt. Theoutput will be in the format
————– Bonus ————-
<license no>, no of violations
8. def destroyPoliceTree (policeRoot):This function is a clean-up function that destroys all the nodes inthe police tree.
9. def printPoliceTree (policeRoot): Thisfunction is meant for debugging purposes. This function prints thecontents of the PoliceTree in-order.
2. Sample file formats
Sample Input file
Every row of the input file should contain the <police id> /<license number> / <fine amount> in the
same sequence. Save the input file as inputPS3.txt
Sample inputPS3.txt
111 / 1231114 / 100
111 / 1214413 / 200
222 / 1231412 / 100
222 / 1231114 / 100
333 / 1231114 / 100
Sample violators.txt
————–Violators————-
1231114, 3
Sample bonus.txt
————–Violators————-
111, 300
222, 100
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Answer to Write an application in Python 3.7 that keeps track of traffic fines. All violations are noted by a traffic policeman in…