Learning Objectives • use if/else statements to correctly match the provided target to what's stored in the program • store the input values and hard-coded values to use them in computations • potentially, store hard-coded values in a data structure that makes retrieving them easier; see the more advanced lab later. Instructions Our program will work to help people to exchange USD to the following other currencies: USD EUR CNY JPY. You can hard-code the following exchange rates for them: USD to EUR = 0.86 USD to CNY = 6.44 USD to JPY = 114.38 USD to CAD = 1.24 Note that you can hard-code these values as part of the computation or store them in a data structure that will allow you to easily retrieve them. 1. The user inputs the name of the target currency as target_currency. 2. The user inputs the amount of money they want to convert as money_amount. 3. Print the result of conversion to the user in the following format. You can compare the target_currency and all of the currencies above one by one using if statements. If the input matches the currency, the program should calculate the result and print the output. From 10 USD we will have 8.60 EUR

What factors should be taken into account before errors are corrected? Additionally, could you maybe elaborate on the debugging instructions (lines..?)

Which is superior as a connection between the CPU and memory? Thanks. How did you arrive at this conclusion?

choose one of the Pep/9 instructions and explain how it works...  What does the command do? How does it operate? What low level hardware does it involve? What does its RTL look like? What does the RTL mean? How is the RTL useful? Note: One instruction per customer. If you're late to the game, you might have to dig into some later chapters to find the RTL