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Identify Cotangent Functions From A Set Of Ordered Pairs

Identify cotangent function from given set of ordered pairs: {(0°, $\infty$ ), (90°, $\sqrt{3}$ ), (135°,1), (180°, $\frac{1}{\sqrt{3}}$ ), (270°, 0)}.

$y=\cot\left(\frac{x}{3}\right)$

$y=\cot\left(\frac{x}{2}\right)$

$y=\cot\left(3x\right)$

Identify cotangent function from given set of ordered pairs: {(0°, $\infty$ ), (30°, $-\sqrt{3}$ ), (45°, -1), (60°, $\frac{-1}{\sqrt{3}}$ ), (90°, 0)}.

$y=\cot\left(-x\right)$

$y=\cot\left(2x\right)$

$y=\cot\left(3x\right)$

Identify cotangent function from given set of ordered pairs: {(30°, $\infty$ ), (60°, $\sqrt{3}$ ), (75°,1), (90°, $\frac{1}{\sqrt{3}}$ ), (120°, 0)}.

$y=\cot\left(x\right)$

$y=\cot\left(2x\right)$

$y=\cot\left(x-30°\right)$

Identify cotangent function from given set of ordered pairs: {(0°, $\infty$ ), (30°, $4\sqrt{3}$ ), (45°,4), (60°, $\frac{4}{\sqrt{3}}$ ), (90°, 0)}.

$y=4\cot\left(x\right)$

$y=\cot\left(2x\right)$

$y=\cot\left(3x\right)$

Identify cotangent function from given set of ordered pairs: {(0°, $\infty$ ), (60°, $\sqrt{3}$ ), (90°,1), (120°, $\frac{1}{\sqrt{3}}$ ), (180°, 0)}.

$y=\cot\left(x\right)$

$y=\cot\left(\frac{x}{2}\right)$

$y=\cot\left(3x\right)$

Identify cotangent function from given set of ordered pairs: {(-30°, $\infty$ ), (0°, $-\sqrt{3}$ ), (15°, -1), (30°, $\frac{-1}{\sqrt{3}}$ ), (60°, 0)}.

$y=\cot\left(x\right)$

$y=\cot\left(2x\right)$

$y=-\cot\left(x+30°\right)$

Identify cotangent function from given set of ordered pairs: {(0°, $\infty$ ), (15°, $-\sqrt{3}$ ), (22.5°, -1), (30°, $\frac{-1}{\sqrt{3}}$ ), (45°, 0)}.

$y=\cot\left(x\right)$

$y=\cot\left(-2x\right)$

$y=\cot\left(x+30°\right)$

Identify cotangent function from given set of ordered pairs: {(0°, $\infty$ ), (15°, $2\sqrt{3}$ ), (22.5°,2), (30°, $\frac{2}{\sqrt{3}}$ ), (45°, 0)}.

$y=\cot\left(x\right)$

$y=2\cot\left(2x\right)$

$y=\cot\left(x+30°\right)$

Identify cotangent function from given set of ordered pairs: {(-30°, $\infty$ ), (0°, $\sqrt{3}$ ), (15°,1), (30°, $\frac{1}{\sqrt{3}}$ ), (60°, 0)}.

$y=\cot\left(x\right)$

$y=\cot\left(2x\right)$

$y=\cot\left(x+30°\right)$

Identify cotangent function from given set of ordered pairs: {(0°, $\infty$ ), (15°, $\sqrt{3}$ ), (22.5°,1), (30°, $\frac{1}{\sqrt{3}}$ ), (45°, 0)}.

$y=\cot\left(x\right)$

$y=\cot\left(2x\right)$

$y=\cot\left(x+30°\right)$

Questions

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Identify Cotangent Functions From A Set Of Ordered Pairs

Identify cotangent function from given set of ordered pairs: {(0°, ﻿∞\infty∞﻿), (90°, ﻿3\sqrt{3}3​﻿), (135°,1), (180°,﻿13\frac{1}{\sqrt{3}}3​1​﻿), (270°, 0)}.

﻿y=cot⁡(x3)y=\cot\left(\frac{x}{3}\right)y=cot(3x​)﻿

﻿y=cot⁡(x2)y=\cot\left(\frac{x}{2}\right)y=cot(2x​)﻿

﻿y=cot⁡(3x)y=\cot\left(3x\right)y=cot(3x)﻿

Identify cotangent function from given set of ordered pairs: {(0°, ﻿∞\infty∞﻿), (30°,﻿−3-\sqrt{3}−3​﻿), (45°, -1), (60°, ﻿−13\frac{-1}{\sqrt{3}}3​−1​﻿), (90°, 0)}.

﻿y=cot⁡(−x)y=\cot\left(-x\right)y=cot(−x)﻿

﻿y=cot⁡(2x)y=\cot\left(2x\right)y=cot(2x)﻿

﻿y=cot⁡(3x)y=\cot\left(3x\right)y=cot(3x)﻿

Identify cotangent function from given set of ordered pairs: {(30°, ﻿∞\infty∞﻿), (60°,﻿3\sqrt{3}3​﻿), (75°,1), (90°,﻿13\frac{1}{\sqrt{3}}3​1​﻿), (120°, 0)}.

﻿y=cot⁡(x)y=\cot\left(x\right)y=cot(x)﻿

﻿y=cot⁡(2x)y=\cot\left(2x\right)y=cot(2x)﻿

﻿y=cot⁡(x−30°)y=\cot\left(x-30°\right)y=cot(x−30°)﻿

Identify cotangent function from given set of ordered pairs: {(0°, ﻿∞\infty∞﻿), (30°, ﻿434\sqrt{3}43​﻿), (45°,4), (60°,﻿43\frac{4}{\sqrt{3}}3​4​﻿), (90°, 0)}.

﻿y=4cot⁡(x)y=4\cot\left(x\right)y=4cot(x)﻿

﻿y=cot⁡(2x)y=\cot\left(2x\right)y=cot(2x)﻿

﻿y=cot⁡(3x)y=\cot\left(3x\right)y=cot(3x)﻿

Identify cotangent function from given set of ordered pairs: {(0°, ﻿∞\infty∞﻿), (60°, ﻿3\sqrt{3}3​﻿), (90°,1), (120°,﻿13\frac{1}{\sqrt{3}}3​1​﻿), (180°, 0)}.

﻿y=cot⁡(x)y=\cot\left(x\right)y=cot(x)﻿

﻿y=cot⁡(x2)y=\cot\left(\frac{x}{2}\right)y=cot(2x​)﻿

﻿y=cot⁡(3x)y=\cot\left(3x\right)y=cot(3x)﻿

Identify cotangent function from given set of ordered pairs: {(-30°, ﻿∞\infty∞﻿), (0°,﻿−3-\sqrt{3}−3​﻿), (15°, -1), (30°,﻿−13\frac{-1}{\sqrt{3}}3​−1​﻿), (60°, 0)}.

﻿y=cot⁡(x)y=\cot\left(x\right)y=cot(x)﻿

﻿y=cot⁡(2x)y=\cot\left(2x\right)y=cot(2x)﻿

﻿y=−cot⁡(x+30°)y=-\cot\left(x+30°\right)y=−cot(x+30°)﻿

Identify cotangent function from given set of ordered pairs: {(0°, ﻿∞\infty∞﻿), (15°,﻿−3-\sqrt{3}−3​﻿), (22.5°, -1), (30°, ﻿−13\frac{-1}{\sqrt{3}}3​−1​﻿), (45°, 0)}.

﻿y=cot⁡(x)y=\cot\left(x\right)y=cot(x)﻿

﻿y=cot⁡(−2x)y=\cot\left(-2x\right)y=cot(−2x)﻿

﻿y=cot⁡(x+30°)y=\cot\left(x+30°\right)y=cot(x+30°)﻿

Identify cotangent function from given set of ordered pairs: {(0°, ﻿∞\infty∞﻿), (15°, ﻿232\sqrt{3}23​﻿), (22.5°,2), (30°,﻿23\frac{2}{\sqrt{3}}3​2​﻿), (45°, 0)}.

﻿y=cot⁡(x)y=\cot\left(x\right)y=cot(x)﻿

﻿y=2cot⁡(2x)y=2\cot\left(2x\right)y=2cot(2x)﻿

﻿y=cot⁡(x+30°)y=\cot\left(x+30°\right)y=cot(x+30°)﻿

Identify cotangent function from given set of ordered pairs: {(-30°, ﻿∞\infty∞﻿), (0°, ﻿3\sqrt{3}3​﻿), (15°,1), (30°,﻿13\frac{1}{\sqrt{3}}3​1​﻿), (60°, 0)}.

﻿y=cot⁡(x)y=\cot\left(x\right)y=cot(x)﻿

﻿y=cot⁡(2x)y=\cot\left(2x\right)y=cot(2x)﻿

﻿y=cot⁡(x+30°)y=\cot\left(x+30°\right)y=cot(x+30°)﻿

Identify cotangent function from given set of ordered pairs: {(0°, ﻿∞\infty∞﻿), (15°,﻿3\sqrt{3}3​﻿), (22.5°,1), (30°,﻿13\frac{1}{\sqrt{3}}3​1​﻿), (45°, 0)}.

﻿y=cot⁡(x)y=\cot\left(x\right)y=cot(x)﻿

﻿y=cot⁡(2x)y=\cot\left(2x\right)y=cot(2x)﻿

﻿y=cot⁡(x+30°)y=\cot\left(x+30°\right)y=cot(x+30°)﻿

Incorrect

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Identify cotangent function from given set of ordered pairs: {(0°, $\infty$ ), (90°, $\sqrt{3}$ ), (135°,1), (180°, $\frac{1}{\sqrt{3}}$ ), (270°, 0)}.

$y=\cot\left(\frac{x}{3}\right)$

$y=\cot\left(\frac{x}{2}\right)$

$y=\cot\left(3x\right)$

Identify cotangent function from given set of ordered pairs: {(0°, $\infty$ ), (30°, $-\sqrt{3}$ ), (45°, -1), (60°, $\frac{-1}{\sqrt{3}}$ ), (90°, 0)}.

$y=\cot\left(-x\right)$

$y=\cot\left(2x\right)$

$y=\cot\left(3x\right)$

Identify cotangent function from given set of ordered pairs: {(30°, $\infty$ ), (60°, $\sqrt{3}$ ), (75°,1), (90°, $\frac{1}{\sqrt{3}}$ ), (120°, 0)}.

$y=\cot\left(x\right)$

$y=\cot\left(2x\right)$

$y=\cot\left(x-30°\right)$

Identify cotangent function from given set of ordered pairs: {(0°, $\infty$ ), (30°, $4\sqrt{3}$ ), (45°,4), (60°, $\frac{4}{\sqrt{3}}$ ), (90°, 0)}.

$y=4\cot\left(x\right)$

$y=\cot\left(2x\right)$

$y=\cot\left(3x\right)$

Identify cotangent function from given set of ordered pairs: {(0°, $\infty$ ), (60°, $\sqrt{3}$ ), (90°,1), (120°, $\frac{1}{\sqrt{3}}$ ), (180°, 0)}.

$y=\cot\left(x\right)$

$y=\cot\left(\frac{x}{2}\right)$

$y=\cot\left(3x\right)$

Identify cotangent function from given set of ordered pairs: {(-30°, $\infty$ ), (0°, $-\sqrt{3}$ ), (15°, -1), (30°, $\frac{-1}{\sqrt{3}}$ ), (60°, 0)}.

$y=\cot\left(x\right)$

$y=\cot\left(2x\right)$

$y=-\cot\left(x+30°\right)$

Identify cotangent function from given set of ordered pairs: {(0°, $\infty$ ), (15°, $-\sqrt{3}$ ), (22.5°, -1), (30°, $\frac{-1}{\sqrt{3}}$ ), (45°, 0)}.

$y=\cot\left(x\right)$

$y=\cot\left(-2x\right)$

$y=\cot\left(x+30°\right)$

Identify cotangent function from given set of ordered pairs: {(0°, $\infty$ ), (15°, $2\sqrt{3}$ ), (22.5°,2), (30°, $\frac{2}{\sqrt{3}}$ ), (45°, 0)}.

$y=\cot\left(x\right)$

$y=2\cot\left(2x\right)$

$y=\cot\left(x+30°\right)$

Identify cotangent function from given set of ordered pairs: {(-30°, $\infty$ ), (0°, $\sqrt{3}$ ), (15°,1), (30°, $\frac{1}{\sqrt{3}}$ ), (60°, 0)}.

$y=\cot\left(x\right)$

$y=\cot\left(2x\right)$

$y=\cot\left(x+30°\right)$

Identify cotangent function from given set of ordered pairs: {(0°, $\infty$ ), (15°, $\sqrt{3}$ ), (22.5°,1), (30°, $\frac{1}{\sqrt{3}}$ ), (45°, 0)}.

$y=\cot\left(x\right)$

$y=\cot\left(2x\right)$

$y=\cot\left(x+30°\right)$