At 115 degrees Celsius, sulfur transitions from a solid state to a liquid state. This temperature is above sulfur's melting point, which is approximately 115.2 degrees Celsius. As it melts, sulfur changes its physical form while retaining its chemical properties.
115 degrees Fahrenheit = 46.1 degrees Celsius.
115 degrees Celsius = 239 degrees Fahrenheit
cot 115 deg = - tan25 deg
The measure of arc AB is 115 degrees. This indicates that the arc, which is a part of a circle defined by points A and B, subtends an angle of 115 degrees at the center of the circle. Therefore, if you were to measure the angle formed at the center by lines drawn to points A and B, it would be 115 degrees.
115% = 115/100 = 23/20
At 115 degrees Celsius, sulfur will change from a solid state to a liquid state. This temperature is above the melting point of sulfur, which is around 112.8 degrees Celsius.
At 115 degrees Celsius, sulfur changes into a yellow liquid state.
Sulfur typically changes phases from solid to liquid at around 115 degrees Celsius.
115 degrees Fahrenheit=46.111 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.
There is no 115 degrees south OR north. It only goes to 90.
It is: 180-115 = 65 degrees
Not too sure of your question but if one angle measures 115 degrees then the other 3 angles are 115 degrees, 65 degrees and 65 degrees because opposite angles are equal.
The correct spelling is Celsius. 115ºF = 46.11ºC