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Function 2: Calculate Remainder function _two (dividend, divisor) Create a JavaScript function that meets the following requirements: • Is passed two integer parameters, ane representing a dividend, and the other a divisor. The function is NoT permitted to use the % (mod) operator • The function can use any combination of +, -,* or /to solve the problem The function displays the calculated remainder (console log) as illustrated below: The function returns the result of the calculation back to the caller. Calling _two(9, 3) The calculated modulus value is: @ Calling _two(9, ®) undefined Calling _two(-9, 3) unsigned numbers supported only

Function 2: Calculate Remainder function _two (dividend, divisor) Create a JavaScript function that meets the following requirements: • Is passed two integer parameters, ane representing a dividend, and the other a divisor. The function is NoT permitted to use the % (mod) operator • The function can use any combination of +, -,* or /to solve the problem The function displays the calculated remainder (console log) as illustrated below: The function returns the result of the calculation back to the caller. Calling _two(9, 3) The calculated modulus value is: @ Calling _two(9, ®) undefined Calling _two(-9, 3) unsigned numbers supported only

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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using java script write a program with the following functions

Function 2: Calculate Remainder function _two (dividend, divisor) Create a JavaScript function that meets the following requirements: Is passed two integer parameters, one representing a dividend, and the other a divisor. • The function is NOT permitted to use the % (mod) operator • The function can use any combination of +, -, * or / to solve the problem The function displays the calculated remainder (console log) as illustrated below: The function returns the result of the calculation back to the caller. Calling two(9, 3) The calculated modulus value is: e Calling _two(9, 8) undefined Calling _two(-9, 3) unsigned nunbers supported only Function 3: Volume of Cylinder function _three (radius, height) Create a JavaScript function that meets the following requirements: • Receives two parameters, one representing a radius value, the other a height value o The function can safely assume, all parameters passed are represented in meters (m). The function calculates the volume of a cylinder and returms the value back to its caller. The function always displays the calculated volume, rounded to two significant digits The function displays the calculated information (console log) as illustrated below: The function returns the calculated volume back to the caller Calling _three(5, 25) The calculated volume is: 1963.50 Calling _three(0, 25) The calculated volume is: 0.00 Calling _three(-5, 25) Radius and height must be greater than 8
Transcribed Image Text:Function 2: Calculate Remainder function _two (dividend, divisor) Create a JavaScript function that meets the following requirements: Is passed two integer parameters, one representing a dividend, and the other a divisor. • The function is NOT permitted to use the % (mod) operator • The function can use any combination of +, -, * or / to solve the problem The function displays the calculated remainder (console log) as illustrated below: The function returns the result of the calculation back to the caller. Calling two(9, 3) The calculated modulus value is: e Calling _two(9, 8) undefined Calling _two(-9, 3) unsigned nunbers supported only Function 3: Volume of Cylinder function _three (radius, height) Create a JavaScript function that meets the following requirements: • Receives two parameters, one representing a radius value, the other a height value o The function can safely assume, all parameters passed are represented in meters (m). The function calculates the volume of a cylinder and returms the value back to its caller. The function always displays the calculated volume, rounded to two significant digits The function displays the calculated information (console log) as illustrated below: The function returns the calculated volume back to the caller Calling _three(5, 25) The calculated volume is: 1963.50 Calling _three(0, 25) The calculated volume is: 0.00 Calling _three(-5, 25) Radius and height must be greater than 8
function ( array) Create a JavaScript function that meets the following requirements: Receives a variable length array of numbers, representing student grades in a course The function traverses the array to determine the number of passing and failing grades. O A passing grade, is grade greater than or equal to 50 The function displays the count (console log) for the number passing grades, failing grades and overall class average as illustrated below • Average class grade is rounded to 1 decimal point The function returns the array containing the number of passing grades, the number of failing grades, and the overall averages of the grades, respectively, back to the caller Calling _four([50,51,80,45]) The number of passing grades: 3, failing grades: 1, and class average: 56.5 Calling _four([35,45,25,18,6,33]) The number of passing grades: 0, failing grades: 6, and class average: 25.7 Calling _four([80,90]) The number of passing grades: 2, failing grades: 0, and class average: 85.8 Function 5: Count Occurrences function (text, pattern) Create a JavaScript function that meets the following requirements: • Accepts two string parameters, a principal string and pattern string. • The function determines if the pattern string exists within the principal string. The function displays the result (console log) as illustrated below. The function returns a Boolean back to the caller, indicating if the pattern was found. Calling _five(George Brown, or) The pattern exists in the text string Calling _five(George Brown, OR) The pattern does not exist in the text string Calling _five(George Brown, Nancy) The pattern does not exist in the text string
Transcribed Image Text:function ( array) Create a JavaScript function that meets the following requirements: Receives a variable length array of numbers, representing student grades in a course The function traverses the array to determine the number of passing and failing grades. O A passing grade, is grade greater than or equal to 50 The function displays the count (console log) for the number passing grades, failing grades and overall class average as illustrated below • Average class grade is rounded to 1 decimal point The function returns the array containing the number of passing grades, the number of failing grades, and the overall averages of the grades, respectively, back to the caller Calling _four([50,51,80,45]) The number of passing grades: 3, failing grades: 1, and class average: 56.5 Calling _four([35,45,25,18,6,33]) The number of passing grades: 0, failing grades: 6, and class average: 25.7 Calling _four([80,90]) The number of passing grades: 2, failing grades: 0, and class average: 85.8 Function 5: Count Occurrences function (text, pattern) Create a JavaScript function that meets the following requirements: • Accepts two string parameters, a principal string and pattern string. • The function determines if the pattern string exists within the principal string. The function displays the result (console log) as illustrated below. The function returns a Boolean back to the caller, indicating if the pattern was found. Calling _five(George Brown, or) The pattern exists in the text string Calling _five(George Brown, OR) The pattern does not exist in the text string Calling _five(George Brown, Nancy) The pattern does not exist in the text string
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