Sin with Drawline Call the file: sinDrawline.cpp Create 2 functions: 1) Degrees2Radians: which has input Degrees, and returns Radians 2) Drawline: which takes two parameters: a character and numRepetitions and prints the character numRepetitions times, followed by a newline Inside main() For values between 0 and 360, in 5 degree increments: calculate and print the value of sin (degrees), After every 90 degrees, print out a line of 30 dashes (minus signs '-') Extra information required: #include // for sin function In order to have the precise format we want: Put this at the top of main: cout.setf(ios::fixed); cout.setf(ios::showpoint); // show decimals even if not needed cout.precision(5); // show 5 digits to right of decimal Output is supposed to be (answer) ; sin(0) = 0.00000 ------------------------------ sin(5) = 0.08716 sin(10) = 0.17365 sin(15) = 0.25882 sin(20) = 0.34202 sin(25) = 0.42262 sin(30) = 0.50000 sin(35) = 0.57358 sin(40) = 0.64279 sin(45) = 0.70711 sin(50) = 0.76604 sin(55) = 0.81915 sin(60) = 0.86602 sin(65) = 0.90631 sin(70) = 0.93969 sin(75) = 0.96593 sin(80) = 0.98481 sin(85) = 0.99619 sin(90) = 1.00000 ------------------------------ sin(95) = 0.99619 sin(100) = 0.98481 sin(105) = 0.96593 sin(110) = 0.93969 sin(115) = 0.90631 sin(120) = 0.86603 sin(125) = 0.81915 sin(130) = 0.76605 sin(135) = 0.70711 sin(140) = 0.64279 sin(145) = 0.57358 sin(150) = 0.50000 sin(155) = 0.42262 sin(160) = 0.34202 sin(165) = 0.25882 sin(170) = 0.17365 sin(175) = 0.08716 sin(180) = 0.00000 ------------------------------ sin(185) = -0.08715 sin(190) = -0.17365 sin(195) = -0.25882 sin(200) = -0.34202 sin(205) = -0.42262 sin(210) = -0.50000 sin(215) = -0.57357 sin(220) = -0.64279 sin(225) = -0.70710 sin(230) = -0.76604 sin(235) = -0.81915 sin(240) = -0.86602 sin(245) = -0.90631 sin(250) = -0.93969 sin(255) = -0.96592 sin(260) = -0.98481 sin(265) = -0.99619 sin(270) = -1.00000 ------------------------------ sin(275) = -0.99620 sin(280) = -0.98481 sin(285) = -0.96593 sin(290) = -0.93969 sin(295) = -0.90631 sin(300) = -0.86603 sin(305) = -0.81915 sin(310) = -0.76605 sin(315) = -0.70711 sin(320) = -0.64279 sin(325) = -0.57358 sin(330) = -0.50000 sin(335) = -0.42262 sin(340) = -0.34202 sin(345) = -0.25882 sin(350) = -0.17365 sin(355) = -0.08716 sin(360) = -0.00001

Sin with Drawline Call the file: sinDrawline.cpp Create 2 functions: 1) Degrees2Radians: which has input Degrees, and returns Radians 2) Drawline: which takes two parameters: a character and numRepetitions and prints the character numRepetitions times, followed by a newline Inside main() For values between 0 and 360, in 5 degree increments: calculate and print the value of sin (degrees), After every 90 degrees, print out a line of 30 dashes (minus signs '-') Extra information required: #include // for sin function In order to have the precise format we want: Put this at the top of main: cout.setf(ios::fixed); cout.setf(ios::showpoint); // show decimals even if not needed cout.precision(5); // show 5 digits to right of decimal Output is supposed to be (answer) ; sin(0) = 0.00000 ------------------------------ sin(5) = 0.08716 sin(10) = 0.17365 sin(15) = 0.25882 sin(20) = 0.34202 sin(25) = 0.42262 sin(30) = 0.50000 sin(35) = 0.57358 sin(40) = 0.64279 sin(45) = 0.70711 sin(50) = 0.76604 sin(55) = 0.81915 sin(60) = 0.86602 sin(65) = 0.90631 sin(70) = 0.93969 sin(75) = 0.96593 sin(80) = 0.98481 sin(85) = 0.99619 sin(90) = 1.00000 ------------------------------ sin(95) = 0.99619 sin(100) = 0.98481 sin(105) = 0.96593 sin(110) = 0.93969 sin(115) = 0.90631 sin(120) = 0.86603 sin(125) = 0.81915 sin(130) = 0.76605 sin(135) = 0.70711 sin(140) = 0.64279 sin(145) = 0.57358 sin(150) = 0.50000 sin(155) = 0.42262 sin(160) = 0.34202 sin(165) = 0.25882 sin(170) = 0.17365 sin(175) = 0.08716 sin(180) = 0.00000 ------------------------------ sin(185) = -0.08715 sin(190) = -0.17365 sin(195) = -0.25882 sin(200) = -0.34202 sin(205) = -0.42262 sin(210) = -0.50000 sin(215) = -0.57357 sin(220) = -0.64279 sin(225) = -0.70710 sin(230) = -0.76604 sin(235) = -0.81915 sin(240) = -0.86602 sin(245) = -0.90631 sin(250) = -0.93969 sin(255) = -0.96592 sin(260) = -0.98481 sin(265) = -0.99619 sin(270) = -1.00000 ------------------------------ sin(275) = -0.99620 sin(280) = -0.98481 sin(285) = -0.96593 sin(290) = -0.93969 sin(295) = -0.90631 sin(300) = -0.86603 sin(305) = -0.81915 sin(310) = -0.76605 sin(315) = -0.70711 sin(320) = -0.64279 sin(325) = -0.57358 sin(330) = -0.50000 sin(335) = -0.42262 sin(340) = -0.34202 sin(345) = -0.25882 sin(350) = -0.17365 sin(355) = -0.08716 sin(360) = -0.00001

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

Sin with Drawline

Call the file: sinDrawline.cpp

Create 2 functions:

1) Degrees2Radians: which has input Degrees, and returns Radians

2) Drawline: which takes two parameters: a character and numRepetitions and prints the character numRepetitions times, followed by a newline

Inside main()

For values between 0 and 360, in 5 degree increments:

calculate and print the value of sin (degrees),

After every 90 degrees, print out a line of 30 dashes (minus signs '-')

Extra information required:

#include <cmath> // for sin function

In order to have the precise format we want:

Put this at the top of main:

cout.setf(ios::fixed);

cout.setf(ios::showpoint); // show decimals even if not needed

cout.precision(5); // show 5 digits to right of decimal

Output is supposed to be (answer) ;


	sin(0) = 0.00000 ------------------------------
	sin(5) = 0.08716
	sin(10) = 0.17365
	sin(15) = 0.25882
	sin(20) = 0.34202
	sin(25) = 0.42262
	sin(30) = 0.50000
	sin(35) = 0.57358
	sin(40) = 0.64279
	sin(45) = 0.70711
	sin(50) = 0.76604
	sin(55) = 0.81915
	sin(60) = 0.86602
	sin(65) = 0.90631
	sin(70) = 0.93969
	sin(75) = 0.96593
	sin(80) = 0.98481
	sin(85) = 0.99619
	sin(90) = 1.00000
	------------------------------
	sin(95) = 0.99619
	sin(100) = 0.98481
	sin(105) = 0.96593
	sin(110) = 0.93969
	sin(115) = 0.90631
	sin(120) = 0.86603
	sin(125) = 0.81915
	sin(130) = 0.76605
	sin(135) = 0.70711
	sin(140) = 0.64279
	sin(145) = 0.57358
	sin(150) = 0.50000
	sin(155) = 0.42262
	sin(160) = 0.34202
	sin(165) = 0.25882
	sin(170) = 0.17365
	sin(175) = 0.08716
	sin(180) = 0.00000
	------------------------------
	sin(185) = -0.08715
	sin(190) = -0.17365
	sin(195) = -0.25882
	sin(200) = -0.34202
	sin(205) = -0.42262
	sin(210) = -0.50000
	sin(215) = -0.57357
	sin(220) = -0.64279
	sin(225) = -0.70710
	sin(230) = -0.76604
	sin(235) = -0.81915
	sin(240) = -0.86602
	sin(245) = -0.90631
	sin(250) = -0.93969
	sin(255) = -0.96592
	sin(260) = -0.98481
	sin(265) = -0.99619
	sin(270) = -1.00000
	------------------------------
	sin(275) = -0.99620
	sin(280) = -0.98481
	sin(285) = -0.96593
	sin(290) = -0.93969
	sin(295) = -0.90631
	sin(300) = -0.86603
	sin(305) = -0.81915
	sin(310) = -0.76605
	sin(315) = -0.70711
	sin(320) = -0.64279
	sin(325) = -0.57358
	sin(330) = -0.50000
	sin(335) = -0.42262
	sin(340) = -0.34202
	sin(345) = -0.25882
	sin(350) = -0.17365
	sin(355) = -0.08716
	sin(360) = -0.00001
	------------------------------

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