Use the cubicSpline module to write programs that interpolate between a given data point with a cubic spline. The program must be able to evaluate the interpolant for more than one x value. As a test, use the data points specified in the previous Example and calculate the interpolants at x = 1.5 and x = 4.5 ( due to symmetry, these values must be the same) import numpy as np from cubicSpline import * xData = np.array([1,2,3,4,5], float) yData = np.array ([0,1,0,1,0], float) k = curvatures (xData, yData) while True: try: x eval(input("\nx ==> ")) except SyntaxError: break print("y", evalSpline (xData, yData, k, x)) input ("Done. Press return to exit") Exercise Fix the Cubic Spline Program There is an error in the Cubic Spline program, fix it and evaluate the values of x 1/2 = 1.5 and x = 4.5, where the results of both values must be the same.

Write a Python program that will generate 1000 random numbers between 1 and 100 inclusive from the random generator. For each value returned from the random generator, keep a count of the number of even numbers generated and the number of odd numbers generated. Use the following functions within this program:      -  getRandom():  this function will call the random generator and return the generated integer value.     -  isOdd():   this function will return true or false depending on whether the number generated is odd or even.      -  update():  this function will update the counters for odd or even.     -  display():  once the program has completed 1000 random numbers, the counters for the number of odd and                             even will be displayed. REQUIREMENTS:      -  Add a beginning statement when the program starts to execute.     -  Add an ending statement when the program is complete.     -  Call the random generator 1000 times for a randomly generated number between…

This code has a delay in the loop, during which time the user inputs will be ignored. So, please modify it and implement a solution that would trigger the needed function when there is an input.    // Pin numbers written on the board itself do not correspond to Aurdino pinnumbers.Constants are defined to make using this board easierconst uint8_t BTN_PIN = 2;const uint8_t LED_PIN = 13;//assigning button;s previous state and LedSate to LOWuint8_t buttonPrevState = LOW;uint8_t ledState = LOW;//defining a new functionvoid setup(){// Assigning the types of input parameterspinMode(BTN_PIN, INPUT_PULLUP);//Assigning the types of output parameterspinMode(LED_PIN, OUTPUT);//begin of process detailsSerial.begin(9600);}void loop(){//assigning button state to be read modeuint8_t buttonState = digitalRead(BTN_PIN); //To print the following in output windowSerial.print(buttonState);Serial.print(buttonPrevState);Serial.print(ledState);Serial.println(""); //check if the button state presently is same…

Use Python Write a function, say_spam(n); it takes an integer parameter n and prints "Spam!" n times in response. You should assume n > 0 for this function. Hint: Use a simple for loop with a print statement in the body of the loop.   For example: Test Input Result say_spam(1)   Spam! say_spam(2) say_hello(3) Spam! Spam! say_spam(5)   Spam! Spam! Spam! Spam! Spam!