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Answer:
investmentAmount = float(input("enter the investment amount: "))
annualInterestRate = float(input("enter the Annual Interest Rate: "))
numYears = int(input("Enter NUmber of Years: "))
monthlyInterestRate = annualInterestRate/12
futureInvestmentValue = investmentAmount * (1 + monthlyInterestRate)*(numYears*12)
print("The Future Investment Value is: ")
print(futureInvestmentValue)
Explanation:
Using python programming language as required, we use the input function to prompt user for inputs for each of the variables.
There is a conversion from the variable annualInterestRate to monthlyInterestRate before the formula for the futureInvestmentValue is applied
Answer:
1. Processor communication -- this involves the following tasks:
<em>a. exchange of data between processor and I/O module</em>
<em>b. command decoding - I/O module accepts commands sent from the processor. E.g., the I/O module for a disk drive may accept the following commands from the processor: READ SECTOR, WRITE SECTOR, SEEK track, etc. </em>
<em>c. status reporting – The device must be able to report its status to the processor, e.g., disk drive busy, ready etc. Status reporting may also involve reporting various errors. </em>
<em>d. Address recognition – Each I/O device has a unique address and the I/O module must recognize this address. </em>
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2. Device communication – The I/O module must be able to perform device communication such as status reporting.
3. Control & timing – The I/O module must be able to co-ordinate the flow of data between the internal resources (such as processor, memory) and external devices.
4. Data buffering – This is necessary as there is a speed mismatch between speed of data transfer between processor and memory and external devices. Data coming from the main memory are sent to an I/O module in a rapid burst. The data is buffered in the I/O module and then sent to the peripheral device at its rate.
5. Error detection – The I/O module must also be able to detect errors and report them to the processor. These errors may be mechanical errors (such as paper jam in a printer), or changes in the bit pattern of transmitted data. A common way of detecting such errors is by using parity bits.
Because compared to 1040EZ, 1040 way more more complex.
