Please add flowchart. Start the code: def convert_km_to_miles( km ): Function -- convert_km_to_miles Converts kilometers to miles. Absolute Value Parameters: km (float) .. the original distance in kilometers Returns a float value representing the original distance converted to miles return abs(km 0.621371) def convert_miles_to_km( miles ): Function -.. convert_miles_to_km Converts distance from miles to kilometers. Absolute value Parameters: miles (float) the original distance in miles Returns a float value representing the original distance converted to kilometers return abs(miles 1.60934) The United States is one of the last countries to still use the imperial system and miles for measuring distance. One software conversion error between US and metric measurements sent a $125 million NASA probe to its fiery death in Mars' atmosphere (Links to an external site.). The starter code given includes two functions that convert between metric and imperial values for distance (kilometers and miles). Your job is to test these two functions. You should write a main() in your test_distance.py file; when we run it, we should see all of your tests, the expected result for each one, and the actual result for each one.

Please add flowchart. Start the code: def convert_km_to_miles( km ): Function -- convert_km_to_miles Converts kilometers to miles. Absolute Value Parameters: km (float) .. the original distance in kilometers Returns a float value representing the original distance converted to miles return abs(km 0.621371) def convert_miles_to_km( miles ): Function -.. convert_miles_to_km Converts distance from miles to kilometers. Absolute value Parameters: miles (float) the original distance in miles Returns a float value representing the original distance converted to kilometers return abs(miles 1.60934) The United States is one of the last countries to still use the imperial system and miles for measuring distance. One software conversion error between US and metric measurements sent a $125 million NASA probe to its fiery death in Mars' atmosphere (Links to an external site.). The starter code given includes two functions that convert between metric and imperial values for distance (kilometers and miles). Your job is to test these two functions. You should write a main() in your test_distance.py file; when we run it, we should see all of your tests, the expected result for each one, and the actual result for each one.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Question 11 mah .Full explain this question and text typing work only We should answer our question within 2 hours takes more time then we will reduce Rating Dont ignore this line
If a value for a parameter is not passed when the function is called, the default given value is used, but if a value is specified, this default value is ignored and the passed value is used instead. Write a function called sum, that calculates the total value of a and b, where a and b are integers, a= 100 and b = 200 in the main function. Your main function will declare your variables, call the function to add values and then call the function again. When you compile your program it has to give you total result of sum (a, b) from the main function, and the result for sum (a,b) from the function sum. There is a default value of b which is part of the function list, with the value 20. Your function sum, will calculate the result of a and b, and then return the result.
Q3: Using the data structure in Q1, and Q2 write for functions to perform the following: subtract c ( float c x, float c y) that returns the difference of the two complex numbers (x-y). float c y) that returns the product of the two complex multiply_c ( float_c x, numbers (x*y). divide c( float c x, float c y) that returns the division result of the two complex numbers (x/y). divide c( float c x, float c y) that returns the division result of the two complex numbers (x/y). Hint : review arithmetic operations on complex numbers. (a +j b) + (c +j d) = (a+c) +j (b+d) -(a +j b) = (-a + j (-b)) Conjugate(a + j b) = (a-j b) (a +jb) - (c +j d) = ? (a +jb) (c + j d) = (ac- bd) +j (ad + bc) (a + jb) / (c +j d) = ?
Where is the void function for circumference
Please design another function called: multiply_up (int n), which will multiple up from 1 to n, like 1*2*3*4*5....*n, and return the result.
What benefits can you get from using a function?\
Please complete the exercise as instructed and do not add global variables. Thank you
Code is in Python
Select the statements that apply to local variables. Only statements within subroutine can view or modify local variables. Storage used by local variables is released when subroutine ends. Local variable name cannot have the same name as a local variable in another function.
# Question 4def costume_rating(costume_color, bling_value): """ Returns a function that calculates the number of candies to return based on the costume color, bling value, and phrase length. Args: costume_color (str): The color of your costume. Must be one of 'blue', 'red', 'green', 'yellow', 'purple', or 'orange'. bling_value (int): Represents how shiny your costume is. Must be a positive integer. Returns: A function that takes in one parameter: phrase (str): The phrase said by the trick-or-treater. >>> costume_rater = costume_rating('blue', 5) >>> costume_rater('19 Character Phrase') 85 >>> costume_rater('e') 0 >>> costume_rater('seven c') 1 >>> costume_rater = costume_rating('orange', 8) >>> costume_rater('hello i want candy') 14 >>> costume_rater = costume_rating('yellow', 5) >>> costume_rater('please give me…
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the code CREATE FUNCTION Calculate_Monthly_Payment( @mortage_amount BIGINT , @apr DECIMAL(18, 6) , @years INT)RETURNS DECIMAL(18, 6)ASBEGIN /* A = P (i + i (1+i) −1 n ) where: A = Monthly Payment Amount P = Principle (Initial) Mortgage Amount i = APR / 12 = Monthly Interest Rate n = years * 12 = Total Number of Payments */ -- Calculate monthly interest rate DECLARE @i DECIMAL(18, 6) SET @i = @apr / 12 DECLARE @n INTEGER SET @n = @years * 12 RETURN (@mortage_amount *@i * POWER(1+@i,@n)) / (POWER(1+@i, @n) - 1) END isn't working it shows that ERROR: syntax error at or near "@" LINE 3: @mortage_amount BIGINT ^ SQL state: 42601 Character: 48