I need simple print(beginnger python) code for this problem. The output should be similar to the example (image) for example if my name John Doe then my name should print in the * format

Hi, I've been trying to solve this problem to drawCircle using Python and Mindtap. Define a function main that will draw a circle with the following parameters when the program is run: X = 50 Y = 75 Radius = 100 import turtle import math def draw_circle(radius, x, y):     turtle.up()     turtle.goto(x, y + radius)     turtle.down()     for i in range(120):         turtle.forward(2 * math.pi * radius/120.0)         turtle.right(3.0)     return     draw_circle(100, 25, 75)   answer is giving me 0.04% difference

Modify the code to display the current date in the MM/DD/YYYYmode. And, display the number of hours, minutes, and seconds as well as the number of days left to the next New Year’s Day. An example of the needed output is shown in the attached picture (The values are just examples, they are not correct). Thank you. import java.util.Calendar; public class Sample{public static void main(String[] args){Calendar cal = Calendar.getInstance();int dayleft = findNewYearEve() - cal.get(Calendar.DAY_OF_YEAR);String str = "There are " + dayleft + " days left to the next New Year's Day.";System.out.println(str);} public static int findNewYearEve(){Calendar nyEve = Calendar.getInstance(); nyEve.set(nyEve.get(Calendar.YEAR), 11, 31); //days left to next New Yearreturn (nyEve.get(Calendar.DAY_OF_YEAR) + 1);}}

Write a function to calculate the hypotenuse using Pythagorean theorem: = Va? + b?) To do this you will need to use a function to calculate the square root of a number. We need to import this function from a package called numpy (numerical python), and this packages is imported and given the shortname np by calling import numpy as np. You only need to do this once and the standard convention is to import all the packages we need at the top of file. To calculate the square root of a number, x , you would type, np.sqrt(x) , e.g. np. sqrt(4) would give you 2. Use the cell below to try out numpy's square root function. In [ ]: import numpy as np In [ ]: # use this cell to play around with np. sqrt() Finish the function below so that it calculates the hypotenuse In [ ]: # This function calculates the hypotenuse def calc_hypotenuse(a,b): 'uses pythagorus a: first argument b: second argument # YOUR CODE HERE raise NotImplementedError() return c In [ ]: calc_hypotenuse(3,4) In [ ]: assert…

I need help creating a python code described below

please using python

Task. Your task is to develop a python program that reads input from text file and finds if the alphanumeric sequence in each line of the provided input file is valid for Omani car license plate. The rules for valid sequences for car plates in Oman are as follows: Each sequence is composed of 1 to 5 digits followed by one or two letters. Digits cannot start with 0, for instance, 00, 011, or 09 are not valid digit sequences. The following list are the only valid letter combinations: ['A','AA','AB','AD','AR','AM','AW','AY', 'B','BA','BB','BD','BR','BM','BW','BY', 'D',DA','DD','DR','DW','DY', "R',RA','RR','RM','RW','RY', 'S','SS', 'M', 'MA','MB','MM','MW','MY', W',WA','WB','ww, Y,YA','YB','YD','YR','YW','YY'] Program Input/Output. Your program should read input from a file named plates.txt and write lines with valid sequences to a file named valid.txt. Any line from the input file containing invalid sequence should be written to a file named invalid.txt. Each line from the input file must…

Using Python, I am trying to write a loop that will provide the minimum of this function. I have provided the problem statement (below) and my code as I have written it so far in the attached image. Create a function that will evaluate ?(?)=?2+4?+4. Find the minimum of the function in the interval (-40, 40). Do this by solving ?(?) for 500 values of x between -40 and 40 and finding the least. Do NOT use any built-in function to find the minimum nor to obtain 500 values of x.

I need help solving this in PYTHON

I need help creating a python code described in the image below.