This project is designed to practice the use of formulas, built-in MS Excel Functions, What-If Analysis. For this project, you will upload your Excel file to Canvas so that it can be accessed by just clicking on the file's link.
• Follow the instructions listed on the next pages to create and complete the Recitation Project file.
• Enter your name on cell A1 of the worksheet.
• Submit your RecitationProject.xlsx file to Canvas using the Canvas->Assignments link.
1. Go to Canvas → CS170 -> Grades page and then do the following:
a) Start Excel, create a Blank worksheet.
b) Select the cell C3 on the worksheet and enter: Assignment 1 on it.
c) Select the Fill Handle on C3 and drag down to transfer the entry all the way to cell C13. You’ll see that the numbers have been adjusted automatically and Assignment 2, Assignment 3, etc. appear on the C column. Ensure that Assignment 11 is on on C13.
d) Select the cell C14 on the worksheet and enter: Quiz 1 on it.
e) Select the Fill Handle on C14 and drag down to transfer the entry all the way to cell C22. You’ll see that the numbers have been adjusted automatically and Quiz 2, Quiz 3, etc. appear on the C column. Ensure that Quiz 9 is on C22.
f) Rename the worksheet as Grades.
g) Type the following five entries on cells C24 to C28: Exam1, Exam 2, Instructor Extra Credit, TA Extra Credit, Recitation Project.
h) Add the following three entries to the list of activities on the C column (below C28): Final Exam Part 1, Final Exam Part 2, Final Exam Part 3.
i) Starting on the cell D3, enter the numeric scores that you have obtained so far as listed in the Scores column of the Grades page.
j) Starting on the cell E3, type the maximum number of points possible for each Grades Item as listed in the Out of column of the Grades page.
• 2 points for Assignment 1
• 25 points for the other Assignments (other than Assignments 9 and 10 which are worth 20 points) and the Recitation Project
• 5 points for each Quiz (other than Quizzes 4, 6 and 7 which are worth 10 points)
• 50 points each for Exams 1 and 2
• 25 points for each part of the Final Exam (simply ignore it if this entry is not listed yet)
• Note: If there is an item for which you do not have a grade yet, do not enter the maximum points for it.
• Enter the label “Totals” on C35
• The total points obtained will be calculated on D35. Since there might be some blank cells, an appropriate function for this cell is SUMIF.
• Arguments for SUMIF:
• range: the list of scores on the D column (including blank cells for the activities with no scores yet)
• criteria: greater than or equal to 0 (express this using Excel notation)
• sum_range: the list of scores on the D column (including blank cells for the activities with no scores yet)
• Copy the function from D35 to E35 using the fill handle.
• Enter the label “Performance” on C36.
• On D36 enter a formula to calculate your Performance % by simply dividing your total points by the total maximum points (those numbers are on row 35).
• Format your performance with Percentage style with 1 decimal.
start a table of equivalences between % points (on the G column) and letter grades (on the H column). Use the following Grading table which is derived from the Grading section of the Syllabus (once completed the Grading table should start at G3 and end at H9.)
• Enter the label Letter Grade on C37.
• On D37 insert the VLOOKUP function to calculate the current letter grade based on your Performance % and the Grading table created on G3:H9.
• The arguments for the VLOOKUP function are:
• lookup_value: your numeric performance % (from D36).
• table_array: the table that converts percentages into letter grades which you created starting on G3.
• col_index_num: 2 (since the second column contains the letter grades).
• Now that you have calculated a letter grade for your current scores, you will run some simulation Scenarios to evaluate the possible effect of the Final Exam.
• The formula entered on cell D35 which currently contains SUMIF needs to be modified to process the hypothetical Final Exam scores for each of its parts.
• To process the Second Chance option, the formula on D35 needs to be expanded. Instead of just =SUMIF(…) the format will be:
=SUMIF(…) + IF(…) + IF(…)
• The first IF that needs to be added – use the Formula bar to add it - will have the following arguments (use Excel notation; value_if_false does not need an entry):
• Logical_test: 2 x Score of Final Exam Part 1 > Score of Exam 1
• Value_if_true: (2 x Score of Final Exam Part 1) – Score of Exam 1
• Value_if false:
At this point D35 should have the following format:
=SUMIF(…) + IF(...)
• The second IF that needs to be added will have the following arguments (use Excel notation; value_if_false does not need an entry):
• Logical_test: 2 x Score of Final Exam Part 2 > Score of Exam 2
• Value_if_true: (2 x Score of Final Exam Part 2) – Score of Exam 2
• Value_if false:
At this point D35 should have the following format:
=SUMIF(…) + IF(…) + IF(...)
• Some numbers have to be added to the rows where Final Exam Part 1, Final Exam Part 2 and Final Exam Part 3 are located.
• On the D column of those rows place some hypothetical numbers (Example: 22 on each of those three cells).
• The E column for those rows should have 25 on those cells since the maximum score for each part of the Final Exam is 25
• At this point, the What-If Analysis may start. Click on D37, then on the Data tab → What-If Analysis → Scenario Manager.
• Proceed to create at least three Scenarios with different data for the Changing Cells (the 3 cells on the D column with the hypothetical scores for the parts of the Final Exam).
• The Result Cell when closing the Scenario Manager – by clicking on the Summary button – is D37.
p) After generating the Scenario Summary, save your work by using the File → Save As option and submit your file to Canvas → CS170 → Assignments → Recitation Project.
CS 340 Milestone One Guidelines and Rubric Overview: For this assignment, you will implement the fundamental operations of create, read, update,
Retail Transaction Programming Project Project Requirements: Develop a program to emulate a purchase transaction at a retail store. This
7COM1028 Secure Systems Programming Referral Coursework: Secure
Create a GUI program that:Accepts the following from a user:Item NameItem QuantityItem PriceAllows the user to create a file to store the sales receip
CS 340 Final Project Guidelines and Rubric Overview The final project will encompass developing a web service using a software stack and impleme