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FULL MARKS-TRIGONOMETRY-Exercise 3.4
- Prove that sin (pi + theta) = - sin theta
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- Find a quadratic equation whose roots are sin 15^(@) and cos 15^(@)
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- Expand cos ( A + B + C). Hence prove that cos A cos B cos C = sin A si...
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- Prove that sin (45^(@) + theta) - sin (45^(@) - theta) = sqrt(2) sin...
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- If a cos (x + y) = b cos (x - y), show that (a + b)tan x = (a - b) cot...
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- Prove that sin 105^(@) + cos 105^(@) = cos 45^(@)
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- Prove that sin 75^(@) - sin 15^(@) = cos 105^(@) + cos 15^(@)
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- Show that tan 75^(@) + cot 75^(@) = 4
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- Prove that cos (A + B) cos C - cos (B + C) cos A = sin B sin (C - A)
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- Prove that sin (n + 1)theta sin (n - 1) theta + cos (n + 1)theta cos (...
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- If x cos theta = y cos (theta + (2pi)/(3))= z cos (theta + (4pi)/(3)) ...
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- Prove that sin ( A + B) sin (A - B) = sin^(2) A - sin^(2)B.
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- Show that cos^(2) A + cos^(2)B - 2 cos A cos B cos (A + B) = sin^(2) (...
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- If cos (alpha - beta) + cos (beta - gamma) + cos (gamma - alpha) = (-3...
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- Show that tan(45^(@) + A) = (1 + tan A)/(1 - tan A)
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- Prove that cot (A + B) = (cot A cot B - 1)/(cot A + cot B)
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- If tan x =(n)/(n + 1) and tan y = (1)/(2n + 1), find tan (x + y).
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- Prove that tan ((pi)/(4) + theta) tan ((3pi)/(4) + theta) = -1
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- Find the values of tan (alpha + beta), given that cot alpha = (1)/(2) ...
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- If theta + phi = alpha and tan theta = k tan phi, then prove that sin ...
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