use a calculator to evaluate each expression in radians, if possible. Round your result to three decimal places.  arcsin(7/13)

Q: Use a calculator to evaluate the expression.   Round your answer to the nearest hundredth.…

A:

Q: Find the exact value of each expression. (a) tan(arctan(6)) (b) arcsin(sin(5t/4)) -

A:

Q: If possible, find the exact value of each expression. a. arcsin 2. 3, b. sin-1 2 c. sin- 2

A:

Q: Evaluate each expression without using a calculator, and write your answers in radians.       arctan…

A: we know that value tan-1-1=-tan-11

Q: Evaluate each expression without using a calculator, and write your answers in radians.       arcsin…

A: Given: sin-132 we know that domain of sin-1x is x∈-1,1

Q: Find the exact value, in radians, of the expression. (-4) arcsin

A:

Q: Find the exact value of each expression. (Enter your answers in radians.) (a) arcsin sin (b) cos 2…

A:

Q: Find the sine and cosine of 450.

A: Consider the unit circle whose side AB=1 and BC=1. Use the Pythagoras theorem,…

Q: Evaluate each expression without using a calculator, and write your answers in radians.       arccos…

A:

Q: Evaluate the expression below without using a calculator.   cos (arcsin 3/5− arctan 2)

A:

Q: Use a calculator to evaluate the expression.   Round your answer to the nearest hundredth.…

A:

Q: Write the trigonometric expression in terms of sine and cosine, and then simplify. 2 cos(t) tan(t)

A: The given trigonometric expression is,

Q: Use a calculator to evaluate the expression. Round your answer to the nearest hundredth. arccos…

A: The expression is given byarccos513

Q: Use a calculator to find the value of the trigonometric function csc 1 to four decimal places.

A: We have to find Value of trignometric function csc 1 to four decimal places

Q: Find the amplitude, the period in radians, the phase shift in radians, and the vertical shift. 1. 2n…

A:

Q: Write a sine function that has a midline of 3, an amplitude of 4 and a period of 2.

A: To findsine function that has a midline of 3 , an amplitude of 4 and a period of 27.

Q: Graph the inverse sine, cosine, and tangent functions, indicating the coordinates of three points on…

A: Given:

Q: Simplify the expression: Give the answer in exact form. 3 tan arcsin () + arccos

A:

Q: Find the exact value of each expression.   a) In  eπ   b) tan (arcSin 1/2)

A: lneπ=πlne=π1=π

Q: Find the exact (radian) value of the function: arcsin(1) 4 1/3

A:

Q: 3. When is Cosx 0? 4. When is tanx = ±1? %3D

A: Equation of unit circle is x^2 + y^2 =1

Q: ((-) arccos 21

A:

Q: Evaluate the expression below without using a calculator. cos(arcsin 3/5  + arctan 3)

A: Answer is 1/√10 explanation is given below

Q: Use a calculator to evaluate the expression.   Round your answer to the nearest hundredth.…

A:

Q: How many radians is 11/5 of a complete revolution?

A: It is known that one complete revolution is equal to 2π radians. This implies that,

Q: Find the exact value of each expression. (a) tan(arctan(6)) (b) arcsin(sin(5t/4)) 4

A:

Q: Find the exact value of each real number y in radians. V3 y = arcsin(-) 2 - 3 O 7T

A: We have to find the exact value of the function: y=sin-1-32 We know that Sine function is negative…

Q: Evaluate the expression without using a calculator and write your answer in radians. arctan (-√3/3)…

A:

Q: Use a calculator to evaluate the expression. Round your answer to the nearest hundredth. arcsin…

A: Given, arcsin(0.25) Sin-1(0.25)

Q: Evaluate each expression without using a calculator, and write your answers in radians.       arccos…

A:

Q: Find

A:

Q: Use a calculator to evaluate the expression.   Round your answer to the nearest hundredth.…

A:

Q: Simplify the expression: Give the answer in exact form. () tan arcsin + arccos

A: Question 1,Given,          tansin-135+cos-157

Q: Write the trigonometric expression in terms of sine and cosine, and then simplify. 8 cos(t) tan(t)

A: To simplify the given trigonometric expression use the following equation. To find the terminal…

Q: Evaluate the expression without using a calculator and write your answer in radians. arcsin (√3/2) =

A: Evaluate the expression without using a calculator and write your answer in radians. arcsin (√3/2) =

Q: Use a calculator to find the value in decimal degrees. arctan (- 0.4037)

A: Use a calculator to find the value in decimal degrees. arctan (- 0.4037)

Q: Use a calculator to evaluate the expression.   Round your answer to the nearest hundredth.…

A:

Q: Evaluate each expression without using a calculator, and write your answers in radians.       arctan…

A:

Q: Use the unit circle below to determine the sine of 135∘.

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Q: Compute arccsc(A) (the inverse cosecant of A), if A = -3.32 Your answer should be in radians, and…

A: A =-3.32

Q: Use a calculator to evaluate the expression. Round your answer to the nearest hundredth. arcsin…

A: We have to find arcsin(0.23)=? Using calculator.

Q: arccsc(-V2) cCC

A:

Q: Find the exact value of each trigonometric expression below

A: sin345°   sin345°  =  sin(360-15)°               = -sin15°        (as  sin( 360 + x) = -sinx)…

Q: Evaluate the expression below without using a calculator. cos(arcsin - arctan 3

A:

Q: Use the unit circle to find the six trigonometric functions of each angle.     150   0

A: The given angle is 150°

Q: Write a sine function that has a midline of 3, an amplitude of 4 and a period of .

A:

Q: Evaluate the following. Provide exact answers in radians. • arcsin ()

A: Since you have asked multiple questions in single request  so we  will be answering only first…

Q: Evaluate the following expression. arcsec(-1) Give your answer in radians. Provide your answer…

A: Use inverse trigonometric function

Q: Write a sine function that has a midline of 2, an amplitude of 5 and a period of 5pi/8

A: We need to write the Sine function with the given period and amplitude of 5.

Q: Evaluate the following expression. arcsec (2) Provide your answer below: Radians

A:

Trigonometric Identities

Trigonometry in mathematics deals with the right-angled triangle’s angles and sides. By trigonometric identities, we mean the identities we use whenever we need to express the various trigonometric functions in terms of an equation.

Inverse Trigonometric Functions

Inverse trigonometric functions are the inverse of normal trigonometric functions. Alternatively denoted as cyclometric or arcus functions, these inverse trigonometric functions exist to counter the basic trigonometric functions, such as sine (sin), cosine (cos), tangent (tan), cotangent (cot), secant (sec), and cosecant (cosec). When trigonometric ratios are calculated, the angular values can be calculated with the help of the inverse trigonometric functions.