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Your calculator should have arcsin (sometimes abbreviated to asin) or sin₋⁻¹. This is usually located over the sin button and requires you to operate the SHIFT button before pressing the arcsin button followed by the value you wish to apply it to. Similarly for cos and tan.
If you mean by inverse sec, cosec (csc) and cot, the calculator should have a 1/x button. Activate it then type in cos, sin, tan (as appropriate) followed by the angle in radians or degrees, as appropriate. The result will be sec, csc, cot respectively. Note that tanθ is the same as cot(90-θ) where θ is in degrees, or cot(π/2-θ) where θ is in radians.
If you mean by inverse sec, cosec (csc) and cot, the calculator should have a 1/x button. Activate it then type in cos, sin, tan (as appropriate) followed by the angle in radians or degrees, as appropriate. The result will be sec, csc, cot respectively. Note that tanθ is the same as cot(90-θ) where θ is in degrees, or cot(π/2-θ) where θ is in radians.
To do inverse trig functions on a calculator, enter the value and press either the arcsin, arccos and arctan buttons OR [tex]sin^{-1}, cos^{-1}, tan^{-1}[/tex] buttons. The functions arcsin(x), arccos(x) and arctan(x) are the inverse functions of the 3 main trigonometric functions sin(x), cos(x), and tan(x) formed by a reflection across the line y=x. This results in the (x,y) points of sin(x), cos(x) and tan(x) switching their order (y,x) in each inverse
Further Explanation
Sine
A function is a rule that assigns exactly one output to each input. In trigonometry there are three main functions sine, cosine, and tangent based on the ratios of sides corresponding to angles within a right triangle. The sine function written as sin(x) has the input of an angle written in degrees or radians and an output as a specific ratio for that angle within a right triangle. The ratio for sine is opposite / hypotenuse. When graphed these inputs form a wavy graph that begins at the origin.
Cosine
The cosine function written as cos(x) has the input of an angle written in degrees or radians and an output as a specific ratio for that angle within a right triangle. The ratio for cosine is adjacent / hypotenuse. When graphed these inputs form a wavy graph that begins at its y-intercept (0,1).
Tangent
The tangent function written as tan(x) has the input of an angle written in degrees or radians and an output as a specific ratio for that angle within a right triangle. The ratio for tangent is opposite / adjacent. When graphed these inputs form a repeating vertical curved graph.
Arcsin
As the arcsin(x) is the inverse of the sin(x) function, its function is defined as having inputs and outputs which have been reversed. The input of arcsin is the triangle side ratios (opposite / hypotenuse) and they align to the angle outputs of this function. For example, if sin (30) = 1/2 then arcsin(1/2) = 30. By pressing the arcsin button on your calculator it reverses the inputs and outputs of the sine graph.
Arccos
As the arccos(x) is the inverse of the cos(x) function, its function is defined as having inputs and outputs which have been reversed. The input of arccos is the triangle side ratios (adjacent / hypotenuse) and they align to the angle outputs of this function. For example, if cos (60) = 1/2 then arccos(1/2) = 60. By pressing the arccos button on your calculator it reverses the inputs and outputs of the cosine graph.
Arctan
As the arctan(x) is the inverse of the tan(x) function, its function is defined as having inputs and outputs which have been reversed. The input of arctan is the triangle side ratios (opposite / adjacent) and they align to the angle outputs of this function. For example, if tan (45) = 1 then arctan(1) = 45. By pressing the arctan button on your calculator it reverses the inputs and outputs of the tangent graph.
Learn More
- Finding the Inverse of a Trig Function: https://brainly.com/question/4143682
- Arcsin Inverse Function: https://brainly.com/question/1388658
- Reciprocal Trig Functions versus Inverse Trig Functions: https://brainly.com/question/3917841
Category
Grade: High School - 10/11
Subject: Algebra 2
Chapter: Inverse Trig Functions
