Find tan 58.75  0

Q: 1 tan (–0 + 240) = 0.97 4

A:

Q: 6. Determine tan (0.942 + jo.429)

A: Thanks for the question :)And your upvote will be really appreciable ;)

Q: find the exact values b) tan 195°cuse 195° 60°+135°)

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Q: Find cot(arccos(-2/3))

A:

Q: evaluate cot (0.64+0.49i)

A: This is a problem of complex analysis.

Q: If tan ? = 3, find tan4 ?. tan^4 ?=

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Q: Evaluate: 5 tan (x) dæ =.

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Q: Find the reference angle for 2560

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Q: Find the area inside one leaf of the rose: = 4 sin(50)

A:

Q: Evaluate tan 330°

A: To find tan330°

Q: •= (L) ! Au — ит!

A: Please see the below picture for detailed solution.

Q: Evaluate csc(π/4).   Enter the exact answer.

A:

Q: Determine tan (0.942 + jo.429)

A: The general form of a complex number is given by z=a+jb, where a,b are two real numbers and j=-1.…

Q: Evaluate the expression 4 tan 360° + 5 csc 270°

A:

Q: 3) 500°

A:

Q: Find cot 36. О 0.73 О 1.38 О 0.59 О 1.70

A: cot 36 = cot (90 - 54)              = tan 54

Q: Identify the real sixth root(s) of –729.

A: We know m·m· ⋯ ·m (n times)n=mnn=m

Q: 3. tan (1/1) dr

A:

Q: 77/4 tan d:

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Q: 24. tan? xdx

A: solution question 24

Q: Determine the value of x in the figure. 150° to

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Q: Find a co-terminal positive angle between 0° and 360° of  745°

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Q: How many radians are there in an angle of - 670°? Draw the angle?

A: Radians in an angle of - 670°  =   ? We know,      180o = π radian

Q: Evaluate. Round to the nearest ten-thousandth Tan 70°

A: Trigonometry operations

Q: Find UV. 21° Write your answer as an integer or as a decimal rounded to the nearest te. Submit

A: Topic = Trigonometry

Q: convert 9pi/10 to degrees

A:

Q: What number is in the ten-thousandths spot of pi

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Q: Зл 1. tan 4

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Q: tan Ce)

A: To find: The derivative of given function.

Q: Find the exact value.csc π/8

A: The value of cosecπ8 can be calculated as, cosecπ8=1sinπ8 The value of sinπ8 can be calculated as,…

Q: find the measure of ac

A:

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 trigonometric c substitution to evaluate メー10

A: The solution are next step..

Q: Evaluate csc(π/6)   Enter the exact answer.

A: Solution ) csc(π/6)  Angle in first quadrant  We know that  Sin x = 1/ csc x  x = π/6 Sin (π/6)  =…

Q: draw 405 degrees in standard position

A: Given 405ο

Q: Simplify arctan 4+ arctan 7. 0° 45° 90°

A:

Q: Find the exact value. csc( – 1350°) = %3D

A:

Q: ind g(-)

A: Given that : The function is g(x) = 2x .

Q: Right triangle XYZ is shown below. 29 21

A:

Q: Use a special right triangle to write tan 45 degrees as a fraction.

A: From the given statement, use the special right triangle to write tan 45 degrees as a fraction.In a…

Q: Use your calculator to fin the exact value of the Tan of 45°

A: Tan(45°) = 1

Q: tan30 +cot60

A:

Q: 16) 82

A: Given: To find: Measure angle XYH

Q: Simplify arcsec2.

A: Given,             arcsec2To find : Simplify

Q: Find arc EV

A:

Q: 5. csc² Atan? A-13D tan? A

A: Givencsc2A tan2A-1 = tan2A

Q: Convert to degrees.   pi/12

A: Radian to degree converter: We know ,π radian =180°we need to find π12 in degree.

Q: Find the exact value

A: Obtain the exact value of the given expression as follows.

Fundamentals of Trigonometric Identities

Trigonometric Identities are the equalities that involve trigonometry functions and hold for all the values of variables given in the equation.