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analyse trigonometric function against a graph
The figure below shows the graph of a sine function - y is a function of θ, with θ measured in degrees. For this function state: a. its Period b. its Amplitude c. its Phase Shift from the sine function y = sin2xo d. the Equation of the Function Answer in degrees also please Please see attached.
Subject:
Math
Topic:
Trigonometry
Posting ID:
40566
OTA ID:
103846
The figure below shows the graph of a sine function - y is a function of θ, with θ measured in degrees. For this function state: a. its Period b. its Amplitude c. its Phase Shift from the sine function y = sin2xo d. the Equation of the Function Answer in degrees also please Please see attached.
Subject:
Math
Topic:
Trigonometry
Posting ID:
40578
OTA ID:
104618
I need help with the following problem.
For the range 0.1 < or = x
Subject:
Math
Topic:
Trigonometry
Posting ID:
41532
OTA ID:
103997
Tire Circumferences: Tangent Sun Formulas: Trigonometric Identifies and Equations
1. Two cars with new tires are driven at an average speed of 60 mph for a test drive of 2000 miles. The diameter of the wheels of one car is 15 inches. The diameter of the wheels of the other car is 16 inches. If the tires are equally durable and differ only by diameter, which car will probably need new tires first? Why? 2. Explain why tan(x + 450 degrees) cannot be simplified using the tangent sum formulas but can be simplified by using the sine and cosine formulas. 3. What is the difference between a trigonometric equation that is an identity and a trigonometric equation that is not an identity? Provide an example to clarify.
Subject:
Math
Topic:
Trigonometry
Posting ID:
41540
OTA ID:
104330
Two cars with new tires are driven at an average speed of 60 mph for a test drive of 2000 miles. The diameter of the wheels of one car is 15 inches. The diameter of the wheels of the other car is 16 inches. If the tires are equally durable and differ only by diameter, which car will probably need new tires first? Why? Explain why tan(x + 450 degrees) cannot be simplified using the tangent sum formulas, but can be simplified by using the sine and cosine formulas. What is the difference between a trig equation that is an identity and a trig equation that is not an identity? Provide an example to clarify.
Subject:
Math
Topic:
Trigonometry
Posting ID:
41628
OTA ID:
103300
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