The sine of an angle returns a dimensionless ratio, not an angle, which can be measured in either degrees or radians (or gradians, if you want to get technical). Sines and other trigonometric functions except angles as input to return this ratio. The sine of 50 degrees is .766044443119. The sine of 50 radians is -.262374853704.
sin(15)_=_0.65028784">sin(15) = 0.65028784in the future, use a calculatoralso, you should know that its sinfinally, you should know that i just typed in 'sin 15' in Google, because Google has a terrific calculator built in-----------------------------------------Small problem: When you type sin(15) into Google Calculator, you get the sine of 15 radians.15 radians = 859.436693 degreesTo answer the actual question that was asked try sine (15 degrees) orsin(15 degrees).sine(15 degrees) = 0.258819045
pi [radians] = 180 [degrees] 1 [degree] = pi/180 [radians] = 0.0174533 [radians] therefore, 2115 [degrees] = 2115 [degrees] * 0.0174533 [radians/degree] = 36.9 [radians]
Degrees x 0.01745 = radians
47.6925 deg = 83.24 radians.
120 degrees = 2.0944 radians.
Sine 3.3 degrees is about 0.057564. Sine 3.3 radians is about -0.157746. Sine 3.3 grads is about 0.051813.
The sine function repeats every 2pi radians (360 degrees).
The answer depends on whether 350000000 is in degrees or radians!
13sin60 = -3.963 radians = 11.258 degrees
You do not calculate sin invrse of 50 degrees. You provide a number between -1 and 1 and calculate the sin inverse of that number. The answer you get is usually in radians in you use a calculator which you could convert to degrees if you wish. For example, sin inverse of 1 is 90 degrees. It means sine of 90 degrees is 1. This is how your question would look like. When calculating sin inverse, is the answer in degrees or radians? It is usually in radians but can easily be converted to degrees. Multiply the radians by 180/PI, where PI=3.14159. Example: sin inverse (0.4) = 0.4115 radians which is the same as: (0.4115)(180)/3.14159=23.6 degrees. This means sin of 23.6 degrees is 0.4.
2pi radians or 360 degrees It is the same as Sine period , except that the curve is shifted by pi/2 radians ( 90 degrees)
Yes, the sine function is a periodic function. It has a period of 2 pi radians or 360 degrees.
To find the angle whose sine is 0.083, you can use the inverse sine function (arcsin). In degrees, this would be approximately 4.78 degrees. In radians, it is around 0.0833 radians. Since the sine function is periodic, there are additional angles in different quadrants that also satisfy this condition.
To convert from radians to degrees, multiply by 180° and divide by pi.
To find the angle whose sine is 0.151, you can use the inverse sine function (arcsin). Using a calculator, the angle is approximately 8.68 degrees or 0.151 radians. Keep in mind that sine is positive in both the first and second quadrants, so the angle could also be 171.32 degrees (or 3.00 radians) if considering the range of possible angles.
The domain of the sine function is [-infinity, +infinity].The range is [-1, +1].The sine function is periodic. It repeats itself every 360 degrees or 2PI radians.
sin(15)_=_0.65028784">sin(15) = 0.65028784in the future, use a calculatoralso, you should know that its sinfinally, you should know that i just typed in 'sin 15' in Google, because Google has a terrific calculator built in-----------------------------------------Small problem: When you type sin(15) into Google Calculator, you get the sine of 15 radians.15 radians = 859.436693 degreesTo answer the actual question that was asked try sine (15 degrees) orsin(15 degrees).sine(15 degrees) = 0.258819045