Complete the function that calculates the sum of the first n+1 terms of the geometric seriesa, ar, ar² ar³, ar4 .note that the series begins with a and the last term is ar", in total there are n+1 terms.ar"...[ ]: # complete the function given the variables a,r,n and return the value as series_sum.def sum_geometric_series(a,r,n):# your code herereturn series_sum

I give the code in Python as per your requirement along with output and code screenshot

Complete the function that calculates the sum of the first n+1 terms of the geometric series a, ar, ar² ar, ar* ... ar" note that the series begins with a and the last term is ar", in total there are n+1 terms. ]: # complete the function given the variables a,r,n and return the value as series_sum. def sum_geometric_series (a,r,n): # your code here return series_sum

Complete the function that calculates the sum of the first n+1 terms of the geometric series a, ar, ar² ar, ar* ... ar" note that the series begins with a and the last term is ar", in total there are n+1 terms. ]: # complete the function given the variables a,r,n and return the value as series_sum. def sum_geometric_series (a,r,n): # your code here return series_sum

C++ for Engineers and Scientists

4th Edition

ISBN:9781133187844

Author:Bronson, Gary J.

Publisher:Bronson, Gary J.

Chapter7: Arrays

Section: Chapter Questions

Problem 3PP: (Numerical) Given a one-dimensional array of integer numbers, write and test a function that...

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(Numerical) Using the srand() and rand() C++ library functions, fill an array of 1000 floating-point numbers with random numbers that have been scaled to the range 1 to 100. Then determine and display the number of random numbers having values between 1 and 50 and the number having values greater than 50. What do you expect the output counts to be?
(Numerical) Given a one-dimensional array of integer numbers, write and test a function that displays the array elements in reverse order.
def cuberoot(n): """Computes the cube root of float n by fixpoint iteration""" cuberoot: This function should use fixed-point iteration to return the cube root of a given n (positive or negative floating point number). Your implementation should ideally return a precise approximation, but must be correct to at least eight significant digits and must use fixpoint iteration.
Q2: In this question, you will write a Python function to compute the Hadamard product of two matrices. The Hadamard product is the "component-wise" product of two matrices. That is, each entry of the product matrix is equal to the product of its corresponding entries of the input matrices. Here is an example: a11 a12 a21 a22 a23 a31 a13 SH a32 033 A b11 b12 b13 b21 b22 b23 b31 b32 b33. B = [an bu a21 b21 a31 b31 a12 b12 a22 b22 a32 b32 a13 b13 a23 b23 a33 b33. Hadamard product of A and B Write a Python function to compute the Hadamard product of two matrices as follows. a) The inputs to the function are two matrices. b) The function should check whether the two matrices have the same size. If not, it should print "The input matrices are not of the same size". c) If two matrices are of the same size, the function computes the Hadamard product and returns the answer. Use for loops to compute the Hadamard product.
Cyclops numbersdef is_cyclops(n):A nonnegative integer is said to be a cyclops number if it consists of an odd number of digits so that the middle (more poetically, the “eye”) digit is a zero, and all other digits of that number are nonzero. This function should determine whether its parameter integer n is a cyclops number, and return either True or False accordingly n Expected result 0 True 101 True 98053 True 777888999 False 1056 False 675409820 False
Complete the code that returns the value of f(x), which has the value 1 inside the range -1 < x < 1 otherwise it is the value 0. { 1, х€[-1, 1] 0, otherwise f(x) = In [ ]: # complete the function to return the value of f(x) given x. # return as the value called variable "fval" def function_f(x): # your code here return fval
function [P, A] = rect(L, W) P= 2 (L+ W); A =L*W; end Above function is defined to find perimeter and area of a rectangle. If a rectangle has length 10 mm and width 7 mm then the correct way to get perimeter and area of a given rectangle by executing this function is Select one: a. [A, B] = rect(10, 7) b. rect(7, 10) c. [A, B] = rect(7, 10) d. rect(10, 7)
Write a function which solves a projectile problem. As input, the function will take the initial height (y0) from which the projectile is launched, the initial velocity, and the angle in degrees which the initial velocity makes with the horizontal (positive if above the horizontal, negative if below the horizontal). The function should calculate the time T the projectile stays in air, generate a time array (0, T/100, 2T/100, 3T/100, …, T), and return the values of x and y (the components of the position vector of the projectile) at the times in the array. Plot the projectile trajectory using matplotlib. Use phyton language
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caleulator Create four-function. 4. f using fallowing for fractions by foomu20s Addilion: alb + cld = (a'd + b'c)/(6'd). %3D Subtraction: a/b - cld = (a*d- b'c) |(b"d). Multiplication: a|b* c/d = (a*c) / (b"c) %3D %3D • The m should display above mentioned formulas first. The should take the values of user from should then display user. The the piogram desult of each process Addition, subtraction Multiplication and Division. lines separate an on Screen.
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