degrees measures angles.
radians measures angles in the center of a circle.
feet measures distance.
5.2 radians = ~297.94 degrees.
The value of sin 65 degrees is approximately 0.9063. This value can be found using a scientific calculator or trigonometric tables. In radians, 65 degrees is about 1.1345 radians.
Tiesonthewall:If you were converting from degree to radians, you would actually multiply the value of degrees by* π/180 If you were converting from radians to degrees, you would multiply the radians value by:* 180/πDivide by 180° and multiply by pi.
The value of sin(73 degrees) is approximately 0.9563. This value can be found using a scientific calculator or trigonometric tables. In radians, sin(73 degrees) is equivalent to sin(1.274 radians).
#include "stdio.h" #include "math.h" int main() { double result,degrees,radians; printf("Enter the no. of degrees : "); scanf("%lf",&degrees); radians = degrees*(M_PI/180); result = sin(radians); printf("%lf\n",radians); printf("The sin() of %lf is %lf\n", degrees, result); return 0; }
5.2 radians = ~297.94 degrees.
The value of sin 65 degrees is approximately 0.9063. This value can be found using a scientific calculator or trigonometric tables. In radians, 65 degrees is about 1.1345 radians.
cos20 x cos40 x cos80 = 0.0300 radians = 0.125 degrees (the value for radians is given to four decimal places, the value in degrees is exact)
Tiesonthewall:If you were converting from degree to radians, you would actually multiply the value of degrees by* π/180 If you were converting from radians to degrees, you would multiply the radians value by:* 180/πDivide by 180° and multiply by pi.
The value of sin(73 degrees) is approximately 0.9563. This value can be found using a scientific calculator or trigonometric tables. In radians, sin(73 degrees) is equivalent to sin(1.274 radians).
#include "stdio.h" #include "math.h" int main() { double result,degrees,radians; printf("Enter the no. of degrees : "); scanf("%lf",&degrees); radians = degrees*(M_PI/180); result = sin(radians); printf("%lf\n",radians); printf("The sin() of %lf is %lf\n", degrees, result); return 0; }
Angles are usually measured in degrees. They can also be measured in radians.
In radians; -0.8939966636 In degrees; -1, of course
The tangent of 3 radians is approximately -0.427. This value can be calculated using a scientific calculator or a trigonometric table. In degrees, the tangent of 3 radians is equivalent to the tangent of about 171.89 degrees.
Integers do not convert directly into radians. Only angular values may, such as degrees or grads. ex: 1x180 degrees = pi radians. 2x180 degrees = 2pi radians. Thusly an angle of 1 degree would be equal to pi/180 x 1 degree.
It is k*pi radians or k*180 degrees for integer k
That can't be simplified. If you have a value for x, you can calculate the expression. Be sure to put your calculator into the correct mode; the angle can be measured either in radians or degrees. You have to know what measurement is being used, but if the angle is written as "x", radians are commonly used.That can't be simplified. If you have a value for x, you can calculate the expression. Be sure to put your calculator into the correct mode; the angle can be measured either in radians or degrees. You have to know what measurement is being used, but if the angle is written as "x", radians are commonly used.That can't be simplified. If you have a value for x, you can calculate the expression. Be sure to put your calculator into the correct mode; the angle can be measured either in radians or degrees. You have to know what measurement is being used, but if the angle is written as "x", radians are commonly used.That can't be simplified. If you have a value for x, you can calculate the expression. Be sure to put your calculator into the correct mode; the angle can be measured either in radians or degrees. You have to know what measurement is being used, but if the angle is written as "x", radians are commonly used.