Functional Programming and the Lambda Calculus
... The leftmost redex is the one whose λ is to the left of all other redexes. You can guess which is the rightmost. The outermost redex is not contained in any other. The innermost redex does not contain any other. For (λx . λy . y) ( (λz . z z) (λz . z z) ), ...
... The leftmost redex is the one whose λ is to the left of all other redexes. You can guess which is the rightmost. The outermost redex is not contained in any other. The innermost redex does not contain any other. For (λx . λy . y) ( (λz . z z) (λz . z z) ), ...
CSCI 150 Exam 1 Solutions 1. What will this print? def foo(n): for i in
... in main( ) is a completely different variable than the Start variable in printer( ). So No, the line Start=3 in main( ) doesn’t define Start in printer( ). Since nothing in printer( ) gives value to Start, it is undefined. ...
... in main( ) is a completely different variable than the Start variable in printer( ). So No, the line Start=3 in main( ) doesn’t define Start in printer( ). Since nothing in printer( ) gives value to Start, it is undefined. ...
Lab 4
... divided by 12. Here is an algorithm for problem type 2. Prompt the user for the balance until the user provides a balance > 0 Prompt the user for an annual interest rate until the user provides a rate > 0 Compute the monthly interest rate by dividing the annual rate by MONTHS_PER_YEAR Set the monthC ...
... divided by 12. Here is an algorithm for problem type 2. Prompt the user for the balance until the user provides a balance > 0 Prompt the user for an annual interest rate until the user provides a rate > 0 Compute the monthly interest rate by dividing the annual rate by MONTHS_PER_YEAR Set the monthC ...
Algorithms, Flowcharts and Pseudocodes
... strictly defined and described in each case. Effectiveness: the algorithm must produce concrete results. Moreover, the message that the problem has no solution means the result. Versatility: the algorithm must be developed so that it could be used to solve similar problems (For example, the rules of ...
... strictly defined and described in each case. Effectiveness: the algorithm must produce concrete results. Moreover, the message that the problem has no solution means the result. Versatility: the algorithm must be developed so that it could be used to solve similar problems (For example, the rules of ...