It's more expensive, it's more difficult to configure and maintain and it can be more difficult to troubleshoot
A web application starts when a client sends a request to a server
Answer:
The solution code is written in Python 3
- SPY = float(input("Enter SPY Amount: "))
- QQQ = float(input("Enter QQQ Amount: "))
- EEM = float(input("Enter EEM Amount: "))
- VXX = float(input("Enter VXX Amount: "))
-
- totalAmount = SPY + QQQ + EEM + VXX
- print("Total amount invested: $" + str(totalAmount))
- print("Percentage invested for SPY: " + str(SPY / totalAmount * 100) + "%")
- print("Percentage invested for QQQ: " + str(QQQ / totalAmount * 100) + "%")
- print("Percentage invested for EEM: " + str(EEM / totalAmount * 100) + "%")
- print("Percentage invested for VXX: " + str(VXX / totalAmount * 100) + "%")
Explanation:
Firstly, let's declare four variables, SPY, QQQ, EEM and VXX and use input() function to prompt user to input the amount invested in each fund (Line 1 - 4).
Next, sum up all the funds' amount and assign the total to totalAmount variable (Line 6).
Next display the total amount invested and the percentage invested for each fund using print function (Line 7 - 11). Please note the formula to calculate the percentage of investment is
(fund / totalAmount ) * 100
Answer:
yes, I have experienced with raptor
Answer:
In spreadsheet software, the automatic recalculation feature ensures that the results in every cell are accurate for the information currently entered in the worksheet.
Explanation:
Entering new data in spreadsheets and calculating the changes has been made a lot easier due to the automatic recalculation tool of spreadsheets. One can simply enter a data, organize it and even make modifications with the right calculations every time by this feature. Spreadsheets like excel are programmed to recalculate the formulas after every single change made in the spreadsheets. This capability of spreadsheets has helped a lot to maintain data consisting of huge amounts of complex mathematical formulas.