code to print full Fibonacci sequence to the console. For example, if n = 5, print 0, 1, 1, 2, 3. Test your program by varying n. Please save the screenshot of the two following test cases: 1) n = 10 2) n = 18

code to print full Fibonacci sequence to the console. For example, if n = 5, print 0, 1, 1, 2, 3. Test your program by varying n. Please save the screenshot of the two following test cases: 1) n = 10 2) n = 18

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter5: Control Structures Ii (repetition)

Section: Chapter Questions

Problem 8SA

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Write a program named Lab2b_Act2a.py that will take two observed 3D positions at two points in time, and then will calculate the 3D position at a third point in time. Let’s consider only times between the two observed times. You should output the x, y, and z values for that position on separate lines. Begin by identifying the variables you will use, the names for those variables, and the computations that should occur for those variables. Then, write a program that will output the 3D position of the interpolated point on 3 separate lines. For this initial program, use the following data values:●At time 12 seconds, observed position was (2, 3, 7) meters●At time 85 seconds, observed position was (25, -5, 11) meters●You want to find the position at time 45 seconds. Now, copy Lab2b_Act2a.py from above into a new program named Lab2b_Act2b.py. Modify your program in the following ways:i.When printing the position, follow the output by a line of dashes (“-------------------”).ii.Instead of…
Write a program that creates the multi-panel plot shown below, for Planck curves at 4 different temperatures Planck Curves Use embedded noninteractive plotting and set the figure size to be 10x5 inches. • You may write your program in a single cell, or break it over multiple cells. Use a logarithmic x axes, and the logspace() function for generating the axes values. You will have to be careful with units on this one. For 50% extra credit have your program use a loop over the four axes, with all the plotting code contained within the loop (except for any subplot adjustments). 0.030 12 300K 1000K 0.025 10 0.020 FBBX (Wm-nm-1) FBBA (Wm-2nm-¹) 0.015 10 0.010 0.005 2 0.000 A (nm) λ (nm) 100000 3000 3000K 6000K 2500 80000 2000 60000 FBBA (Wm-2nm-¹) FBBX (Wm-2nm-1) 1500 40000 1000 20000 500 0 101 102 0 101 103 104 105 106 102 103 104 105 106 X (nm) λ (nm) python language
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Can you show me the screen shot of the output consoleof the following assembly code please INCLUDE Irvine32.inc .DATA whiteProb BYTE 3 ; probability of white is 30% blueProb BYTE 1 ; probability of blue is 10% greenProb BYTE 6 ; probability of green is 60% .CODEmain PROC call Randomize ; initialize random number generator mov ecx, 20 ; loop 20 times jmp displayText ; jump to displayText to start the loop displayText: ; generate random number between 0 and 9 call RandomRange ; returns random number in EAX mov edx, 0 ; set default color to white cmp eax, whiteProb ; compare with white probability jbe whiteSelected ; jump if less than or equal to white probability cmp eax, blueProb ; compare with blue probability je blueSelected ; jump if equal to blue probability cmp eax, greenProb ; compare with green probability ja greenSelected ; jump if greater than green probability whiteSelected: mov…
Write a program that displays the classic BINGO game, displays a BINGO card (5x5 square), and tests the bingo card for a winner via 2 users Steps: 1- Ask user 1 to enter 24 numbers between 10-40 no duplicates / check for range and repetition 2- Ask user 2 to enter 24 numbers between 10-40 no duplicates / check for range and repetition 3- Design 2 BINGO cards as you see below 4- Distribute the numbers onto the 2 cards with each user input with 0 in the middle 5- Display the 2 cards in 1 screen as you see below 6- Generate a random number between 10-40 no duplicates / check for range and repetition 7- Compare the random number with the numbers on the 2 cards 8- If the random number matches any number on each card, change the number on the card to 0 9- Check for winning cards 5 numbers in a row or column = 0 5 numbers in a diagonal = 0 all 4 corners of the card = 0 if any of the players won, display who is the winner and exit the program if the 2 players won, display both are the…
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this code is in (.c) and I need help with what is in the imageI have already done part one and now need help with the second part below is what I have so far /*KL25Z_LED_Blinky.c*/ #include <stdint.h> /* provides fixed width integer types. For example, uint32_t) */#include "derivative.h" /* KL25Z info */#include "mcg.h" /* main clock generator */#include "systick.h" /* SysTick timer */#include "KL25Z_gpio.h" /* GPIO routines */#include "KL25Z_port.h" /* PORT routines */#include "delays.h" /* software based delays */ /* Macro definitions */#define RED_LED_PIN 18 /* GPIO and PORT module "pins", not the device pins */#define GREEN_LED_PIN 19#define BLUE_LED_PIN 1#define LED_OFF 1#define LED_ON 0 /* Globals */volatile uint32_t sysTicks; /* required for SysTick support. Do not delete. */ int main(void) { /* Set of the main clock to run at 48 MHz and turn on SysTick** The student should not make changes here unless instructed to do so.*/pll_init(8000000,0,1,4,24,1); // In mcg.c sets…
Implement the counter increment and return to the beginning of the loop. When you finish these stages, you should have the fundamental structure of the counter control loop established, and your code should look like this:.text li $s0, 0 lw $s1, n start_loop: sle $t1, $s0, $s1 beqz $t1, end_loop # code block addi $s0, $s0, 1 b start_loop end_loop:.datan:.word 5
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You have to write a code in emu 8086 that would take input from the user (you will have to use your own registration number’s last 2 digits). If the given number is even then take a string input (your name) and display that string with one space between each character. If the given number is odd then take a string input (you name) and display that string’s each character in the next line. Input: abcd Even output: a b c d ODD output: A B C D
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