Answer is
productivity
Sometimes called the office or personal productivity software,
productivity software is dedicated to producing databases, spreadsheets,
charts, graphs, documents, graphs, digital video and worksheets. Reason behind
the name productivity is due to the fact that it increases productivity in
office work.
Answer:
Step 1 : Create an Indicator Variable for metro cities using formula mentioned in formula bar.
Step 2: Filter the Data on Metro cities i.e. select only those cities with Metro Indicator 1.
Step 3: Paste this filtered data to a new sheet.
Step 4: Go to Data - Data Analysis - Regression
Step 5: Enter the range of Y-variable and X-variable as shown. Select Output range and click on residuals. It will give you Output Summary and the Predicted Values along with Residuals
Please see attachment
Answer:
Explanation:
<u>Ways to Avoid Scope Creep</u>
Scope creep is what happens when changes are made to the scope of a project without any control. Changes happen to projects all the time without been notify ontime as a project manager. It is that very rare project that ends up delivering exactly what was asked for on the first day. However, without there being some control over the changes, a project manager has little chance of keeping on top of the work and managing the project effectively.
Generally, scope creep is when new requirements are added after the project has commence. These changes are not properly reviewed. The project team is expected to deliver them with the same resources and in the same time as the original scope.
On the other hand, as a project manager you could end up with a project with lots of approved, considered changes, that never ends because every time you think you have finished a new requirement arrives in your inbox and you have to make more changes.
The following are five ways to keep control of your project.
<em>1-Document the Requirements</em>
<em>2-Set up Change Control Processes</em>
<em>3-Create a Clear Project Schedule</em>
<em>4-Verify the Scope with the Stakeholders</em>
<em>5-Engage the Project Team</em>
Answer:
- def driving_cost(driven_miles, miles_per_gallon, dollars_per_gallon):
- gallon_used = driven_miles / miles_per_gallon
- cost = gallon_used * dollars_per_gallon
- return cost
-
- miles_per_gallon = float(input("Input miles per gallon: "))
- dollars_per_gallon = float(input("Input dollar per gallon: "))
-
- cost1 = driving_cost(10, miles_per_gallon, dollars_per_gallon)
- cost2 = driving_cost(50, miles_per_gallon, dollars_per_gallon)
- cost3 = driving_cost(400, miles_per_gallon, dollars_per_gallon)
-
- print("$ %.2f" % cost1)
- print("$ %.2f" % cost2)
- print("$ %.2f" % cost3)
Explanation:
The solution is written in Python 3.
Firstly, create a function driving_cost that takes three parameters, driven_miles, miles_per_gallon and dollars_per_gallon (Line 1). In the function, calculate the gallon consumption by applying formula driven_miles / miles_per_gallon and then use it to calculate the cost (Line 2 - 3). Return the cost as output (Line 4).
In the main program, prompt user to input miles per gallon and dollars per gallon and then use these input values as arguments to call the function driving_cost function for three times with each time with different driven_miles value (Line 6 - 11).
At last, use formatted print to display the output to two decimal points (Line 13 - 15).
