To find the cotangent of an angle with a calculator, begin by entering the angle in degrees or radians (depending on what mode you calculator is in). Press the cot button on the calculator to find the cotangent of the angle. If your calculator doesn’t have a cot or cotan button, you...
How do you evaluate the expression cot180 ? https://socratic.org/questions/how-do-you-evaluate-the-expression-cot-180 ...see explanation Explanation: I will assume we are working in degrees, not radians. Remember that cotθ = tanθ1 = sinθcosθ ... cot(1.5) https://www.tiger-algebr...
Evaluate the 6 trigonometric functions for any angle in degrees or radians with a calculator. CSC(-583 degrees) Evaluate the 6 trigonometric functions for any angle in degrees or radians with a calculator. cos(47.2 degrees) Evaluate the 6 trigonometric functi...
cot(-300 degrees) Evaluate the given expression. \log_2(1024) Evaluate \int_0^{\frac{\pi}{3 (\cos 27t-\sin 27 t)dt. Evaluate each expression without using a calculator: arccot (sqrt(3)) Evaluate \lim_T(x \rightarrow \pi/4)\frac {\sin x -\cos x} {\cot x-1} Evaluate ...
How do you evaluate the expression cot180 ? https://socratic.org/questions/how-do-you-evaluate-the-expression-cot-180 ...see explanation Explanation: I will assume we are working in degrees, not radians. Remember that cotθ = tanθ1 = sinθcosθ ... cot(1.5) https://www.tiger-algebr...
Simplify the expression sin 20 degrees cos 80 degrees -cos 20 degrees sin 80 degrees Using the formulas for sin (A + B), sin (A - B), cos (A + B) and cos (A - B) simplify: sin(x - pi / 3) + cos (x + pi / 3) Write the expression as a single trigonometric expression...
Find cot (57 degrees) if cos (33 degrees) = k.Solve the equation: cot x + 1 = 0Solve the equation. csc x - 2 cot x = 0Solve: cot 2x = - \sqrt 3 on 0, 360^oFind \cos \theta\ if\ \sec \theta= -2.If f (x) = lim_t to x sec t - sec x / t - x, find ...
How do you evaluate the expression cot180 ? https://socratic.org/questions/how-do-you-evaluate-the-expression-cot-180 ...see explanation Explanation: I will assume we are working in degrees, not radians. Remember that cotθ = tanθ1 = sinθcosθ ... cot(1.5) https://www.tiger-algebr...
We unified the interfaces of instruction-tuning data (e.g., CoT data), multiple LLMs and parameter-efficient methods (e.g., lora, p-tuning) together for easy use. We welcome open-source enthusiasts to initiate any meaningful PR on this repo and integrate
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