Cosecant(115 deg) = 1/sine(115 deg) = 1/0.9063 = 1.1034
The cosecant of an angle is the reciprocal of the sine of that angle. So, to find the cosecant of 105 degrees, you first need to find the sine of 105 degrees. The sine of 105 degrees is approximately 0.9659. Therefore, the cosecant of 105 degrees is approximately 1.0353 (1 divided by 0.9659).
Approx 2.6131
The cotangent function is the reciprocal of the tangent function, so cot(115 degrees) is equivalent to 1/tan(115 degrees). Since tan(115 degrees) is equivalent to -tan(65 degrees) due to the periodicity of the tangent function, cot(115 degrees) simplifies to -tan(65 degrees), which corresponds to option A.
cosecant(x) = 1/sin(x)
65°
The cosecant of an angle is the reciprocal of the sine of that angle. So, to find the cosecant of 105 degrees, you first need to find the sine of 105 degrees. The sine of 105 degrees is approximately 0.9659. Therefore, the cosecant of 105 degrees is approximately 1.0353 (1 divided by 0.9659).
secant of (A) = cosecant of (90- A) 'A' here is 80 degrees.
1.624
Approx 2.6131
It is 2.
115 degrees Fahrenheit is equal to approximately 46 degrees Celsius.
115 degrees Fahrenheit = 46.1 degrees Celsius.
115 degrees Fahrenheit is equal to 46.1 degrees Celsius.
115 degrees Celsius = 239 degrees Fahrenheit
The cotangent function is the reciprocal of the tangent function, so cot(115 degrees) is equivalent to 1/tan(115 degrees). Since tan(115 degrees) is equivalent to -tan(65 degrees) due to the periodicity of the tangent function, cot(115 degrees) simplifies to -tan(65 degrees), which corresponds to option A.
cosecant(x) = 1/sin(x)
It is: 180-115 = 65 degrees