Computers And Technology High School

9.6 Code Practice, this is in Python, I need its quick!

Answers

Answer 1

Answer:

def printIt(a):

for r in range(len(a)):

for c in range(len(a[0])):

print(a[r][c], end = " ")

print(" ")

for r in range(len(a)):

x = a[r][r]

for c in range(len(a[0])):

a[r][c] = x

for r in range(len(a)):

for c in range (len(a[0])):

print(a[r][c], end = " ")

print(" ")

N = []

N.append([1, 2, 3, 4, 5])

printIt(N)

Explanation:

Answer 2

In this exercise we have to have knowledge in python computational language to write code like:

The code can be found in the attached image.

What is an Array?

Widely used by programmers, array is a simple data structure present in most programming languages. Its main purpose is to be a continuous space in memory to organize and store a collection of elements.

This code can be written as:

N = [1,1,1,1,1], [2,2,2,2,2], [3,3,3,3,3], [4,4,4,4,4]

def printIt(ar):

for row in range(len(ar)):

for col in range(len(ar[0])):

print(ar[row][col], end=" ")

print("")

N=[]

for r in range(4):

N.append([])

for r in range(len(N)):

value=1

for c in range(5):

N[r].append(value)

value=value + 1

printIt(N)

print("")

newValue=1

for r in range (len(N)):

for c in range(len(N[0])):

N[r][c] = newValue

newValue = newValue + 1

printIt(N)

See more about python at brainly.com/question/18502436

Related Questions

What is a circuit breaker and how is it different from a fuse? Why do we need these two different devices?
DO NOT PLAGARIZE!

Answers

Answer:

Circuit breakers and fuses both have the same purpose, but a fuse will melt when stopping electricity where as circuit breakers can just be reset. You need both devices in order to stop a overload of power that could fry your electronics or worse, start fires.

Explanation:

Write a C program to insert and delete values from a stack(to perform pop and push operations) using an array data structure

Answers

Answer:

#include<stdio.h>

// Method to insert a value into a stack

void push(char value, char myStack[], int *top, int sizeOfStack){

if(*top == -1){

myStack[sizeOfStack - 1] = value;

*top = sizeOfStack - 1;

}

else if(*top == 0){

printf("Stack is full. \n");

}

else{

myStack[(*top) - 1] = value;

(*top)--;

}

//Method to remove a value from a stack

void pop(char myStack[], int *top, int sizeOfStack){

if(*top == -1){

printf("Stack is empty. \n");

}

else{

printf("Value removed: %c \n", myStack[(*top)]);

// Now if the value removed was the last value in the stack

// you should set top to -1.

// This would show that the stack is now empty

if((*top) == sizeOfStack - 1){

(*top) = -1;

}

else{

(*top)++;

}

//Method to test the pop and push methods

int main() {

//variable to hold the size of stack

int sizeOfStack = 6;

//create the stack

char myStack[sizeOfStack];

//set the top to -1

//this is to show that the stack is initially empty

int top = -1;

//insert a value tot the stack

push('x', myStack, &top, sizeOfStack);

//print the value on the top