The console output port to display characters The keyboard input port to read characters 1) Please provide comments for all instructions. 2) What is the memory mapped address for the console output and keybo 3) Please identify the specific line of code that prints to console and reads keystroke. PART A - Output: Printing character to the display The memory addresses associated with the console output I/O device are:

bool isprime(long n) /* fixed from to https://www.geeksforgeeks.org/euclid-euler-theorem/?ref=lbp */{    // check whether a number is prime or not    int i;    for (i = 2; i * i <= n; i++)        if (n % i == 0)            return false;    return true;}

Hello I am really really struggling with this problem because i don't know how to do this problem or how to answer this question can you please help me answering this problem. I added the text below. question that I need help with: 1.48 Let Σ = {0,1} and let D = {w|w contains an equal number of occurrences of the substrings 01 and 10}. Thus 101 ∈ D because 101 contains a single 01 and a single 10, but 1010 6∈ D because 1010 contains two 10s and one 01. Show that D is a regular language.

Bum 0; for (int i = 1; i

Note that for this question, you can in addition use ``land” for the symbol ``lor" for the symbol V ` `Inot" for the symbol ¬ Given the following three sentences: A) Every mathematician is married to an engineer. B) A bachelor is not married to anyone. C) If George is a mathematician, then he is not a bachelor. a) Convert A,B,C into three FOL sentences, where Mn(x): x is a mathematician. Er(x): x is an engineer. Md(x,y): x is married to y. Br(x): x is a bachelor. george: George is a constant. b) Show that A does-not-entail C. (Hint: Consider defining an interpretation / such that / models A, but does-not-model C.) c) Show that {A,B} entails C. (Hint: For a given interpretation I, consider two difference cases, the case where Mn(george) is true, and the case Mn(george) is false. For both cases, argue that it is always that I models C). d) Convert A,B, Inot C into a set of clausal forms, number your clauses. (Note that C is negated here!) e) Derive the empty clause from the set of…

Write the function root_bisec that solves for f(x)=v with the metod of bisection Use this declaration: function [x, fx, i] = root_bisec(f,a,b,v) % Solve f(x)=v in [a,b] also returns iterations % To prove this program use this example: >> [x, fx, i]=root_bisec(@(x) sqrt(x)-sin(x), 0, 3, 1) x = 2.5155 fx = 1 i = 27

]: Write a piece of code that calculates the uncertainty SP from the error propagation rule for sums, SP = 2√√√(SL)² + (SW)² A few hints: Again, you're translating the above equation into code. • Your result should be stored in a variable uncertainty_P_errorprop • For the square root function, use np. sqrt() • For squares, use ** #YOUR CODE HERE raise Not ImplementedError() ]: ▼ # Print the uncertainty print ("uncertainty of circumference P from error propagation: 11 , uncertainty_P_errorprop)

The statement 2n< n!  is valid for a.All positive integers b.All positive integers n ≥ 4 c.For only n=4d.All positive integers n ≤ 4