This utility helps in compiling data from any format of Excel to your desired format of Excel.
One can manage data from scattered sheets from varied clients in varied formats to one standard template meant for specific purpose that includes templates for Excel Formats for Filing to GSTN and so on etc.
The smartest way to reconcile any data. Enterprise Edition with Fuzzy search.
A simple but powerful offline reconciliation tool that can work with any 2 data sets immaterial of the column placements and data format.
Skorydov Smart Reco solves most of the problems faced by the user:
Offline solution - Solves data security issues
No specific format - Can work with any 2 data sets thus saving time and increasing accuracy.
Custom map - Allows you to define reconciliation logic
Fuzzy search - Allows near matching queries to help accurate reconciliation.
Data set: Indonesian poverty level and crime levels provided by BPS (Indonesian Central Bureau of Statistics).
In this presentation, I explain how simple it is to create multi-layered geo visualization using Tableau.
"Publish and prosper" is a series of posts about tips for researchers whose first language is not English but who submit papers to journals published in English. The series touches upon not only writing (spelling, grammar, punctuation, usage, and style) but everything else relevant to publishing research papers that journal editors wish their authors knew.
Create and connect with all different data sources. Learn how to examine all the data connections your model uses from both internal and external sources. Have a query? Tweet us using #Guruvaarta and our experts will be happy to help. Follow us on Twitter @ModernBizIn to stay updated on modern tools for your small business.
This utility helps in compiling data from any format of Excel to your desired format of Excel.
One can manage data from scattered sheets from varied clients in varied formats to one standard template meant for specific purpose that includes templates for Excel Formats for Filing to GSTN and so on etc.
The smartest way to reconcile any data. Enterprise Edition with Fuzzy search.
A simple but powerful offline reconciliation tool that can work with any 2 data sets immaterial of the column placements and data format.
Skorydov Smart Reco solves most of the problems faced by the user:
Offline solution - Solves data security issues
No specific format - Can work with any 2 data sets thus saving time and increasing accuracy.
Custom map - Allows you to define reconciliation logic
Fuzzy search - Allows near matching queries to help accurate reconciliation.
Data set: Indonesian poverty level and crime levels provided by BPS (Indonesian Central Bureau of Statistics).
In this presentation, I explain how simple it is to create multi-layered geo visualization using Tableau.
"Publish and prosper" is a series of posts about tips for researchers whose first language is not English but who submit papers to journals published in English. The series touches upon not only writing (spelling, grammar, punctuation, usage, and style) but everything else relevant to publishing research papers that journal editors wish their authors knew.
Create and connect with all different data sources. Learn how to examine all the data connections your model uses from both internal and external sources. Have a query? Tweet us using #Guruvaarta and our experts will be happy to help. Follow us on Twitter @ModernBizIn to stay updated on modern tools for your small business.
Exp22_Excel_Ch04_Cumulative - Insurance Claims 1.2_Instructions.docx
Grader - Instructions Excel 2022 ProjectExp22_Excel_Ch04_Cumulative - Insurance Claims 1.2
Project Description:
You have been hired as a business analyst at SKV Insurance claims department. As part of your responsibilities, you have been asked to enhance the Excel workbook used to analyze the department’s performance. The workbook contains records of all claims resolved over the past year. You will convert the data to a table, format the table, sort and filter the table, insert calculations to evaluate key performance indicators, and then prepare the worksheet for printing.
Steps to Perform:
Step
Instructions
Points Possible
1
Start Excel. Download and open the file named
EXP22_Excel_Ch04_Cumulative_Insurance.xlsx. Grader has automatically added your last name to the beginning of the filename.
0
2
Freeze the panes so the first row containing column headings (Row 6) and first two columns (Columns A:B) on the InsuranceClaims worksheet will remain static when scrolling.
6
3
Convert the data to a table, name the table
InsuranceClaims, and then apply the Light Green, Table Style Light 21.
10
4
Remove duplicate records.
5
5
Add a new column to the table named
Duration.
9
6
Create a formula using unqualified structured references to calculate the days required to resolve the incident (Date Resolved – Date Created) and apply General Number Format.
14
7
Add a total row to display the Average days required to complete a claim.
7
8
Sort the table by insurance agent in alphabetic order, add a second level to sort by description, and then create a custom sort order as follows:
Natural Disaster,
Flood,
Fire,
Theft,
Accident. Add a third level to sort by duration smallest to largest.
7
9
Filter the table to only display closed claims as indicated in the status column.
8
10
Use Quick Analysis to apply Blue Data Bars conditional formatting to the column that contains duration. (On a Mac use Conditional Formatting.)
6
11
Create a conditional format that applies Red fill and White Background 1 font color to the incidents (column B) that required 30 or more days to resolve.
10
12
Select Landscape orientation and set appropriate margins so that the data will print on one page. Set the print scale to 70%.
6
13
Change page breaks so each agent’s information prints on its own page.
7
14
Set row 6 to repeat on each page that is printed.
5
15
Save and close
EXP22_Excel_CH04_Cumulative_Insurance.xlsx. Exit Excel.
0
Total Points
100
Created On: 10/31/2022 1 Exp22_Exce.
ENGR 102B Microsoft Excel Proficiency LevelsPlease have your in.docxYASHU40
ENGR 102B: Microsoft Excel Proficiency Levels
Please have your instructor or TA initial each level as you complete it. If you need additional help, ask the TAs or use the help guide within Excel.
Once you master Excel Levels I through IV, you can note Excel as a skill on your resume!
Please see D2L Content for this week for your Excel Homework assignment (individual), which is due via D2L Dropbox by the due date specified in the D2L News for your section.
If you use a Mac, please be sure to submit your homework in a format that the grader and instructor can open on a PC.
Level I: Basic Functions Initials _______
1. Calculating an Average: Calculate the arithmetic average of the 5 values listed below. Enter the values in cells A2 through A6. Place a descriptive label in cell A1.
3.6, 3.8, 3.5, 3.7, 3.6
First, calculate the average the long way, by summing the values and dividing by 5:
You will enter the following formula into a blank cell to accomplish this:
=(A2+A3+A4+A5+A6)/5
Second, calculate the average using Excel’s AVERAGE( ) function by entering the following formula in a cell:
=AVERAGE(cellrange)
Replace the “cellrange” with the actual addresses in your spreadsheet of the range of cells holding the five values (i.e., for this problem, the cell range is A2:A6).
2. Determining Velocities (in kph): Some friends at the University of Calgary are coming south for spring break. Help them avoid a speeding ticket by completing a velocity conversion worksheet that calculates the conversion from mph to kph in increments of 10 from 10 to 100. A conversion factor you will need is 0.62 miles/km; you will need this factor to convert from miles/hour to km/hour. Place the conversion factor in its own cell and then reference it in your conversion calculations using absolute cell referencing (e.g., $C$2). Refer to the CBT video on Absolute and Relative Cell Referencing from the “Preparation for the Excel Workshop” assignment if you don’t remember how to do this.
Level II: Advanced Functions Initials _______
1. Projectile Motion I: (See following page for Fig. 1 Excel chart) A projectile is launched at the angle 35o from the horizontal with a velocity equal to 30 m/s. Neglecting air resistance and assuming a horizontal surface, determine how far away from the launch site the projectile will land.
To answer this problem, you will need:
1. Excel’s trigonometry functions to handle the 35o angle, and
2. Equations relating distance to velocity and acceleration
When velocity is constant, as in the horizontal motion of our particle (since we’re neglecting air resistance), the distance traveled is simply the initial horizontal velocity times the time of flight:
(Equation 1)
What keeps the projectile from flying forever is gravity. Since the gravitational acceleration is constant, the vertical distance traveled becomes
(Equation 2)
Because the projectile ends up back on the ground, the final value of y is zero (a hor ...
Week 2 Project - STAT 3001Student Name Type your name here.docxcockekeshia
Week 2 Project - STAT 3001
Student Name: <Type your name here>
Date: <Enter the date on which you began working on this assignment.>
Instructions: To complete this project, you will need the following materials:
· STATDISK User Manual (found in the classroom in DocSharing)
· Access to the Internet to download the STATDISK program.
This assignment is worth a total of 60 points.
Part I. Histograms and Frequency Tables
Instructions
Answers
1. Open the file Diamonds using menu option Datasets and then Elementary Stats, 9th Edition. This file contains some information about diamonds. What are the names of the variables in this file?
2. Create a histogram for the depth of the diamonds using the Auto-fit option. Paste the chart here. Once your histogram displays, click Turn on Labels to get the height of the bars.
3. Using the information in the above histogram, complete this table. Be sure to include frequency, relative frequency, and cumulative frequency.
Depth
Frequency
Relative Frequency
Cumulative Frequency
57-58.9
59-60.9
61-62.9
63-64.9
a. Using the frequency table above, how many of the diamonds have a depth of 60.9 or less? How do you know?
b. Using the frequency table above, how many of the diamonds have a depth between 59 and 62.9? Show your work.
c. What percent of the diamonds have a depth of 61 or more?
Part II. Comparing Datasets
Instructions
Answers
1. Create a boxplot that compares the color and clarity of the diamonds. Paste it here.
2. Describe the similarities and differences in the data sets. Please be specific to the graph created.
Part III. Finding Descriptive Numbers
Instructions
Answers
3. Open the file named Stowaway (using Datasets and then Elementary Stats, 9th Edition). This gives information on the number of stowaways going west vs east.List all the variables in the dataset.
4. Find the Mean, median, and midrange for the Data in Column 1.
5. Find the Range, variance, and standard deviation for the first column.
6. List any values for the first column that you think may be outliers. Why do you think that?
[Hint: You may want to sort the data and look at the smallest and largest values.]
7. Find the Mean, median, and midrange for the data in Column 2.
8. Find the Range, variance, and standard deviation for the data in Column 2.
9. List any values for the second column that you think may be outliers. Why do you think that?
10. Find the five-number summary for the stowaways data in Columns 1 and 2. You will need to label each of the columns with an appropriate measure in the top row for clarity.
11. Compare number of stowaways going west and east using a boxplot of Columns 1 and 2. Paste your boxplot here
12. Create a histogram for the
Column 1 data and paste it here.
13. Create a histogram for the
Column 2 data and paste it here.
Part IV. Interpreting Statistical Information
The Stowaway data contains two columns, both of which are mea.
Copying Files Across Workbooks Lab 5, Step 1 A. Save al.docxmaxinesmith73660
Copying Files Across Workbooks
Lab 5, Step 1
A. Save all of the wk5_Chap7_cap iLab files to one folder. You should have the
following files:
B. Open the Summary workbook in Excel.
C. Open one of the files you wish to consolidate into this workbook. From the Home tab,
the Cells group, the Format option, select Move or Copy Sheet.
From the Move or Copy dialog box, select the Summary worksheet as location, Move to
End, and Create a Copy:
Click OK.
Copy the Eastside and Westside data in the same way. Your worksheet will now look like
this:
Save this consolidated file as Lab5_yourlastname.xlsx.
Note: Use the Switch Windows command from the View tab to see what is open, and use
the Close button to close all worksheets except the Lab 5 Summary worksheet.
Your Lab 5 Summary worksheet should now look like this:
Creating a Scenario Summary
Lab 6, Step 4
A. Name the cells that will be used in the Scenario Summary.
To use the labels you have already created in the Income Statement, select the two
columns from the Income Statement in the Assumptions area:
In the Formula tab in the Defined Names Group, select “Create from Selection”. Select
the Left column as your name:
Click OK. When you click on the right hand cell, notice that the cell is now named:
Repeat the process and name all of the cells in your Income Statement as you did in the
steps above:
• Tuition per Day
• Food Expenses
• Supplies per Year
• Teacher Cost
• Insurance
• Maintenance
• Administrative & Advertising
• Est. Taxes
• Total Revenue
• Total Expenses
• Net Income (Make sure to also label the net income)
B. Define Scenarios
From the Data tab, click What-If Analysis, and then select Scenario Manager:
The Scenario Manager Dialog Box opens.
Click Add to begin defining your scenarios.
Provide a name in the first textbox:
Now select the cells that will change. You can select multiple cells by holding down the
Control (Ctrl) key as you make your selections. Or you may type a comma after you
select each variable.
Select Number of Children (B6), Teacher Cost (B8), Supplies (B10), and Tuition (B13):
Click OK.
Add the values for your first scenario:
Click OK.
Add your second scenario with the same Changing Cells:
Click OK and then add the Changing Values:
Click OK and then add your final scenario. Name it High and add the values:
To test your scenario, click Show. Your Income Statement will now contain the values
you specified:
Click Close to exit the Scenario Manager.
Change your values back to the original assumptions:
C. Create a Scenario Summary to display the scenarios you have created. Go back to
the Data tab, click What-If Analysis, and then select Scenario Manager:
Click Summary in the Scenario dialog box.
Introductory
Statistics
Laboratory
for Excel
Lab Manual Author:
R. J. (Bob) Baker
December 2003
Revised by:
Krista Wilde (2016)
i
Table of Contents
Assignment #0 _______________________________________________________________ 2
Assignment #1 _______________________________________________________________ 6
Assignment #2 ______________________________________________________________ 10
Assignment #3 ______________________________________________________________ 16
Assignment #4 ______________________________________________________________ 22
Assignment #5 ______________________________________________________________ 26
Assignment #6 ______________________________________________________________ 32
Assignment #7 ______________________________________________________________ 36
Assignment #8 ______________________________________________________________ 44
Assignment #9 ______________________________________________________________ 52
INTRODUCTION ___________________________________________________________ 58
Example 1: Reading data from a data file into the EXCEL worksheet. _________________ 60
Example 2: Preparing a histogram of data ________________________________________ 62
Example 3: Entering data from the keyboard into the EXCEL worksheet _______________ 66
Example 4: Calculating relative frequencies ______________________________________ 67
Example 5: Leaving EXCEL and grading your assignment __________________________ 68
Example 6: How to prepare a stem-and-leaf diagram _______________________________ 69
Example 7: How to draw a frequency (or relative frequency) polygon __________________ 71
Example 8: How to use EXCEL to calculate various numbers that summarize the
characteristics of a population (or sample) ________________________________________ 73
Example 9: How to use the DESCRIPTIVE STATISTICS command of EXCEL _________ 75
Example 10: Further uses of EXCEL->As a calculator _____________________________ 76
Example 11: Calculations with a discrete probability distribution _____________________ 77
Example 12: Reading and storing constants for further use __________________________ 79
Example 13: Using EXCEL to answer questions about continuous distributions _________ 80
Example 14: How to calculate a chi-squared statistic for a 'goodness-of-fit' test _________ 82
Example 15: How to calculate a confidence interval for one mean when σ is known ______ 84
Example 16: How to calculate a confidence interval for one mean when σ is NOT known _ 85
Example 17: How to calculate a confidence interval for a binomial proportion __________ 86
Example 18: How to calculate a test of hypothesis concerning one mean when σ is NOT
known _____________________________________________________________________ 87
ii
Example 19: Large sample confidence intervals and tests of hypothesis for differences between
two means when population variance is unknown and equal ____________.
Open the EmergencyProcedures-02.docx start file. If the do.docxmccormicknadine86
Open the
EmergencyProcedures-02.docx
start file. If the document opens in
Protected View
, click the
Enable Editing
button so you can modify it.
The file will be renamed automatically to include your name. Change the project file name if directed to do so by your instructor, and save it.
Change the theme to
Integral
and the theme color to
Red
.
Change the top, bottom, left, and right margins to
0.75"
.
Select the entire document and change the font size to
12 pt
.
Format the title of the document.
Select the title of the document and apply
Heading 1
style.
Open the
Font
dialog box, apply
All caps
effect, and change the font size to
16 pt
.
Change the
Before
paragraph spacing to
0 pt
.
Add a
bottom border
to the title using the
Borders
drop-down list.
Apply and modify the
Heading 2
style and delete blank lines.
Apply the
Heading 2
style to each of the bold section headings.
Select the first section heading (“
Emergency Telephones [Blue Phones]
”).
Change
Before
paragraph spacing to
12 pt
. and
After
paragraph spacing to
3 pt
.
Apply
small caps
effect.
Update
Heading 2
style to match selection. All the section headings are updated.
Turn on
Show/Hide
and delete all the blank lines in the document.
Select the bulleted list in the first section and change it to a numbered list.
Apply numbering format and formatting changes, and use the
Format Painter
.
Apply numbering to the text below the section headings in the following sections: “
Assaults, Fights, or Emotional Disturbances”
; “
Power Failure”
; “
Fire”
; “
Earthquake”
; and “
Bomb Threat
.”
Select the numbered list in the “Bomb Threat” section.
Open the
Paragraph
dialog box, set
Before
and
After
paragraph spacing to
2 pt
., deselect the
Don’t add space between paragraphs of the same style
check box, and click
OK
to close the dialog box.
Use the
Format Painter
to copy this numbering format to each of the other numbered lists.
Reset each numbered list so it begins with
1
(right-click the first item in each numbered list and select
Restart at 1
from the context menu).
Customize a bulleted list and use the
Format Painter
.
Select the text in the “Accident or Medical Emergency” section.
Create a custom bulleted list and use a
double right-pointing triangle
symbol (
Webdings
, Character code 56).
Open the
Paragraph
dialog box and confirm the left indent is
0.25"
and hanging indent is
0.25"
. If not, change the settings.
Set
Before
and
After
paragraph spacing to
2 pt
. and deselect the
Don’t add space between paragraphs of the same style
check box.
Use the
Format Painter
to apply this bulleted list format to the following text in the following sections: “
Tips to Professors and Staff
” and “
Response to Students
.”
Change indent and paragraph spacing and apply a style.
Select the text below the “Emergency Telephone Locations” heading.
Set a
0.25"
left indent.
.
Grader - Instructions Integrated 2019 ProjectEX19_DSP_Integrated_Business 1.0
Project Description:
You are the assistant director of Healthy Living Motorcycles, Inc. You are updating database and financial information to distribute a letter and a newsletter to select shareholders ahead of the annual meeting. You will also prepare a presentation to deliver to all shareholders at the annual meeting.
Steps to Perform:
Step
Instructions
Points Possible
1
You want to store the shareholders’ information in the database. Since you already have the shareholders’ mailing information in an Excel workbook, you import the data into the Shareholders table. You add data to some of the fields, and then use the Input Mask Wizard to standardize some fields.
Start Access. Download and open the file named
02i_HealthyLiving.accdb. Grader has automatically added your last name to the beginning of the filename. Save the file to the location where you are storing your files.
0
2
Import the data from Sheet1 of the
02i_Shareholders.xlsx Excel file into a new table. Use the column headings from the Excel file, and let Access add the primary key. Save and name the table as
Shareholders.
2
3
Change the Data Type for Phone to
Short Text. Create an
Input Mask for
Phone using the default settings. Accept the underscore as the placeholder and store the data without the symbols in the mask. View the data in the Shareholders table in Datasheet view and adjust column widths so all data is visible. Save and close the table.
3
4
You create a query in Access to locate the Virginia shareholders and export the results of the query to an Excel file. You’ll use this data later when you write a letter to select shareholders using Mail Merge.
Create a query using all the fields except for ID and Phone from the Shareholders table. Use State criteria to find all shareholders living in Virginia. Sort the results in Ascending order based on Last. Name the query
VA Shareholders. Run, save, and then close the query.
3
5
Export the
VA Shareholders query to an Excel file. Export data with formatting and layout. Save the workbook and name it
02i_VaShareholders_LastFirst.xlsx. Do not save the export steps. Close Access.
3
6
Your executive assistant has collected enough financial data to create the income statement for the current year. You use the data to project the income data for the next five years and create a chart to better illustrate the trends. You format the worksheet to give it a more professional look.
Start Excel. Download and open the file named
02i_IncomeStatement.xlsx..
Descriptive_Numerical_Analysis_V3_Instructions.docx
Office 2016 – myitlab:grader – Instructions Excel Project
Descriptive Numerical Analysis V3
Project Description:
The present study investigates the distribution of sale prices for homes in a region in upstate New York. This project will also seek to compare the distributions of sale prices between homes with central air and homes without central air. Suppose you are being transferred to this area and are interested in getting a good description of selling prices for homes in this region. The variables collected in the data are: Price: Recorded in dollars; Lot size: measured in acres; Living Area: measured in square feet; Pct College: percent of students going to college; Central Air: No – 0, Yes – 1; Bedrooms: Number of bedrooms; Fireplace: Number of fireplaces; Bathrooms: Number of bathrooms. For the purpose of this project, you will only be using the variables Price and Central Air.
Instructions:
For the purpose of grading the project you are required to perform the following tasks:
Step Instructions Points Possible
1 Start Excel. Download and open the workbook named:
Descriptive_Numerical_Analysis_Start. 0
2 Obtain the descriptive statistics for sale prices for all homes in the dataset.
Adding Descriptive Statistics
Go to the Data worksheet. Select Data Analysis in the Analysis group of the Data tab of the Ribbon (note you should add this Add-in in case you do not have it in the Data tab already). Select Descriptive Statistics and click OK. Select the Price column as the Input Range. Choose Grouped by Columns. Check the ‘Labels in the first row’ box. Choose cell I1 on the Data worksheet as the output range. Check the ‘Summary statistics’ box. Do not check any additional boxes in the Descriptive Statistics menu.
In cell I16 on the Data worksheet, type Q1. In cell J16, calculate the value of the first quartile for the Price data set.
In cell I17 on the Data worksheet, type Q3. In cell J17, calculate the value of the third quartile for the Price data set.
In cells D7-D14 on the Problem worksheet, identify the values for the mean, standard deviation, minimum, first quartile, median, third quartile, maximum, and sample size. Round the monetary values to the nearest cent. 8
3 In cell D18, identify the range of sales prices. 1
4 In cell D19, calculate the size of the bins for 25 bins. 1
5 To construct the histogram, first create a column of ‘bins’ on the Data worksheet. Since the bin size is not a round number in thousands of dollars, choose the bin size to be 30,000. In cell K1 on the Data worksheet, type Binsize. In cell K2, type 30000, in cell K3, type 60000, and then drag the sequence down until you pass the most expensive selling price.
Now construct the histogram.
Inserting the Histogram
On the Data worksheet, select Data Analysis in the Analysis group of the Data tab of the Ribbon. Select Histogram and click OK. Select the Price column as the Input Range and the Binsize colu.
Descriptive_Numerical_Analysis_V3_Instructions.docx
Office 2016 – myitlab:grader – Instructions Excel Project
Descriptive Numerical Analysis V3
Project Description:
The present study investigates the distribution of sale prices for homes in a region in upstate New York. This project will also seek to compare the distributions of sale prices between homes with central air and homes without central air. Suppose you are being transferred to this area and are interested in getting a good description of selling prices for homes in this region. The variables collected in the data are: Price: Recorded in dollars; Lot size: measured in acres; Living Area: measured in square feet; Pct College: percent of students going to college; Central Air: No – 0, Yes – 1; Bedrooms: Number of bedrooms; Fireplace: Number of fireplaces; Bathrooms: Number of bathrooms. For the purpose of this project, you will only be using the variables Price and Central Air.
Instructions:
For the purpose of grading the project you are required to perform the following tasks:
Step Instructions Points Possible
1 Start Excel. Download and open the workbook named:
Descriptive_Numerical_Analysis_Start. 0
2 Obtain the descriptive statistics for sale prices for all homes in the dataset.
Adding Descriptive Statistics
Go to the Data worksheet. Select Data Analysis in the Analysis group of the Data tab of the Ribbon (note you should add this Add-in in case you do not have it in the Data tab already). Select Descriptive Statistics and click OK. Select the Price column as the Input Range. Choose Grouped by Columns. Check the ‘Labels in the first row’ box. Choose cell I1 on the Data worksheet as the output range. Check the ‘Summary statistics’ box. Do not check any additional boxes in the Descriptive Statistics menu.
In cell I16 on the Data worksheet, type Q1. In cell J16, calculate the value of the first quartile for the Price data set.
In cell I17 on the Data worksheet, type Q3. In cell J17, calculate the value of the third quartile for the Price data set.
In cells D7-D14 on the Problem worksheet, identify the values for the mean, standard deviation, minimum, first quartile, median, third quartile, maximum, and sample size. Round the monetary values to the nearest cent. 8
3 In cell D18, identify the range of sales prices. 1
4 In cell D19, calculate the size of the bins for 25 bins. 1
5 To construct the histogram, first create a column of ‘bins’ on the Data worksheet. Since the bin size is not a round number in thousands of dollars, choose the bin size to be 30,000. In cell K1 on the Data worksheet, type Binsize. In cell K2, type 30000, in cell K3, type 60000, and then drag the sequence down until you pass the most expensive selling price.
Now construct the histogram.
Inserting the Histogram
On the Data worksheet, select Data Analysis in the Analysis group of the Data tab of the Ribbon. Select Histogram and click OK. Select the Price column as the Input Range and the Binsize colu.
You also build a pie chart sheet to graph the proportion that ea.docxadampcarr67227
You also build a pie chart sheet to graph the proportion that each category contributes to total revenue.
[Student Learning Outcomes 3.1, 3.2, 3.3, 3.4, 3.5, 3.6]
File Needed:
ClassicGardens-03.xlsx
(Available from the
Start File
link.)
Completed Project File Name:
[your name]-ClassicGardens-03.xlsx
Skills Covered in This Project
Create a chart object.
Size and position a chart object.
Edit and format chart elements.
Edit the source data for a chart.
Build a pie chart sheet.
Use texture as fill.
Add and format data labels in a chart.
This image appears when a project instruction has changed to accommodate an update to
Microsoft 365 Apps
. If the instruction does not match your version of Office, try using the alternate instruction instead.
Open the
ClassicGardens-03
.xlsx
start file. If the workbook opens in
Protected View
, click the
Enable Editing
button so you can modify it. The file will be renamed automatically to include your name. Change the project file name if directed to do so by your instructor, and save it.
Create a
Clustered Column
chart object for cells
A4:G9
.
Move the chart object so that its top-left corner is at cell
A12
. Size the bottom of the chart to reach cell
H30
.
Edit the chart title to display CGL Major Sales Revenue and press
Enter
to start a new line. On the second line, type Second and Third Quarters.
Apply chart
Style 14
to the chart.
Format the first line and the second line of the chart title to a font size of
20 pt
.
Apply a
1 pt
Black, Text 1
(second column) outline to the chart area.
Verify that the chart is still selected. In the highlighted range in the worksheet, drag the resize pointer to remove the
Design Consulting
data series from the chart (Figure 3-71).
Figure 3-71 Resize the chart by dragging the resize pointer
Create a
3-D Pie
chart sheet for cells
A4:A9
and cells
H4:H9
. Move the chart to its own sheet named Revenue Breakdown.
Hint:
Use the
Move Chart
button [
Chart Design
tab,
Location
group].
Create a
3-D Pie
chart sheet for cells
A4:A9
and cells
H4:H9
. Move the chart to its own sheet named Revenue Breakdown.
Hint:
Use the
Move Chart
button [
Chart Tools Design
tab,
Location
group].
Edit the chart title to display Revenue by Category. Change the font size to
32
.
Select the legend and change the font size to
12
.
Apply the
Woven mat
texture fill (first row, fourth column) to the
Patio and Furniture
slice.
Select the pie shape and add data labels to display in the center of each slice.
Display the
Format Data Labels
task pane, choose the
Accounting
format [
Label
Options
button,
Number
group], and set
0
decimal places.
Change the data label font size to
14
pt
and apply
bold
[
Home
tab,
Font
group].
Deselect the chart.
Save and close the workbook (Figure 3-72).
Figure 3-72 Excel 3-4 completed worksheet and chart
Upload and save your project file.
Submit project for grading.
&4.
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SlideShare Description for "Chatty Kathy - UNC Bootcamp Final Project Presentation"
Title: Chatty Kathy: Enhancing Physical Activity Among Older Adults
Description:
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1. Buy here:
http://homeworknumber.one/products.php?product=EX1
6_WD_CH03_GRADER_CAP_AS-%28completed-soluti
on%29
Project Description:
In the following project, you will modify a document prepared for publication in one or more
journals related to weather statistics in the United States. Climate change, or global
warming, is suspected by some to be a factor in the change in injuries and fatalities related
to natural disasters and weather trends. The document and related table will be combined
with a data source in a mail merge operation to send to selected journal editors.
Instructions:
For the purpose of grading the project you are required to perform the following tasks:
Step Instructions Points
Possible
1 Download and open the file
namedEX16_WD_CH03_GRADER_CAP_AS.docx.
0.000
2. 2 Insert a column at the right of the 10-Year Average
column in the table. Add the following data in the new
column, beginning in row 2:
64
42
65
200
122
23
34
60
32
6.000
3. 3 Type 30-Year Averagein the fourth cell on row 1. Insert
a new row at the top of the table, merge cells in the new
row, and typeU.S. Natural Disaster Statistics. Format
the first row with Align Center alignment.
6.000
4 Align Center all entries in the second, third, and fourth
columns from row 2 through the last row in the table.
7.000
5 Delete the Winterrow. 6.000
6 Add a row below the last row in the table. Type Totalin
the first cell of the new row. Insert a formula in the
second, third, and fourth columns of the new row to total
all values above.
9.000
7 Apply Grid Table 5 Dark, Accent 5 table style to the
table (fifth row, sixth column under Grid Tables). Select
the table. Select a pen color of Blue, Accent 5, Darker
50%. Apply the color to Outside Borders.
9.000
4. 8 Bold all entries in row 2. Shade row 2 with Blue-Gray,
Text 2, Lighter 40%.
9.000
9 Select row 2 and apply a Single solid line, 1 1/2 pt.,
Accent 1 (second row, second column under Theme
Borders) border style to the outside borders of the
selected row.
8.000
10 Change the format of the formula in the second cell of
the last row (total for Year 2015) to #,##0.
7.000
11 Start a Mail Merge using the Step-by-Step Mail Merge
Wizard. The document type is Letters. Use the current
document. Use Sheet1
ofEx16_WD_CH03_GRADER_CAP_AS_Datasource.xls
xas the data source. Sort the recipients by State in
ascending order.
12.000
12 Replace the bracketed Address Blockwith the Address
block field, using the default settings. Replace the
8.000
5. bracketed Journal Name with data from the Journal
Name field. Preview the letters.
13 Adjust the address block so that it is single spaced with
no spacing before or after paragraphs. Format the
journal name in the last line of the document in italics.
7.000
14 Complete the merge, merging all records. 6.000
15 Save the merged document
asEX16_WD_CH03_GRADER_CAP_AS_LastFirst.docx
and close the document.
CloseEX16_WD_CH03_GRADER_CAP_AS.docx
without saving the document. Exit Word.
SubmitEX16_WD_CH03_GRADER_CAP_AS_LastFirst.
docxas directed.
0.000
Total Points 100.00
0
