**exact value of tan**(60) is √3 .

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Also know, how do you find the value of tan 10 degree?

The **tan** of **10 degrees** is 0.17633, the same as **tan** of **10 degrees** in radians. To obtain **10 degrees** in radian multiply **10**° by / 180° = 1/18 . **Tan** 10degrees = **tan** (1/18 × . Our results of **tan10**° have been rounded to five decimal places.

Subsequently, question is, what is the exact value of tan 3pi 4? The **exact value of tan**(π**4**) **tan** ( π **4** ) is 1 .

Beside this, how do you find the exact value of tan 15 degrees?

**Tan** (A – B) = (TanA – TanB) /(1 + **Tan** A **Tan** B) Hence, the **value of tan** (**15**°) is √3 – 1/√3 + 1. We can further resolve the above-resulted expression by putting the **value** of √3, which is equal to 1.732.

What are exact values?

BSL Maths Glossary – **Exact value** – Definition **Exact value** is where you cannot estimate the **value** you must be precise, eg; you can’t estimate something as being around about 5 centimetres; no you need an **exact value** such as 5.62. **Exact value**.

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What is the exact value of tan 120?

**tan 120**° as

**tan**(90+30)° or

**tan**(180-60)°. 2. If you write the angle in terms of 90° and 270° then the given trigonometry ratios will change in their respective reverse. Like as

**tan**(90+30)° will change in cot 30°.

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What is the exact value of tan 150?

θ° | θ^{radians} |
tan(θ) |
---|---|---|

150° | 5π/6 | -√3/3 |

180° | π | 0 |

210° | 7π/6 | √3/3 |

225° | 5π/4 | 1 |

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What is the exact value of tan 45?

The **exact value of tan**(**45**°) is 1. This is one of those well-known trigonometric functions that many have put to memory.

###
What is the exact value of tan 90?

x | tan(x) | |
---|---|---|

degrees | radians | |

45° | π/4 | 1 |

60° | π/3 | 1.732050808 |

90° | π/2 | not defined |

###
What is the exact value of CSC 60 degrees?

The **exact value of csc**(**60**°) **csc** ( **60** ° ) is 2√3 . Multiply 2√3 by √3√3 .

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What is the value of TAN 60 in trigonometry?

Angle | Tan=Sin/Cos |
---|---|

30° | 1 √3 = √3 3 |

45° | 1 |

60° | √3 |

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What is the exact value of cos 60?

**60**° is one of those angles that has a well-known

**cosine value**:

**cos**(

**60**°) = 1/2.

###
How do you find the value of tan 40 degrees?

**Tan 40 Degrees**

The **tan** of **40 degrees** is 0.8391, the same as **tan** of **40 degrees** in radians. To obtain **40 degrees** in radian multiply **40**° by / 180° = 2/9 . **Tan 40degrees** = **tan** (2/9 × .

###
How do you find the value of tan 20?

**Tan 20**Degrees

The **tan** of **20** degrees is 0.36397, the same as **tan** of **20** degrees in radians. To obtain **20** degrees in radian multiply **20**° by / 180° = 1/9 . **Tan** 20degrees = **tan** (1/9 × .

###
How do you find the value of tan 35?

**Tan 35**Degrees

The **tan** of **35** degrees is 0.70021, the same as **tan** of **35** degrees in radians. To obtain **35** degrees in radian multiply **35**° by / 180° = 7/36 . **Tan** 35degrees = **tan** (7/36 × .

###
What is the value of tan inverse 0?

**tan**−1(

**0**) refers to the ANGLE whose

**tangent**equals

**zero**. If

**tan**θ=

**0**, then the numerator of sinθcosθ must also equal

**zero**. So, sinθ=

**0**. θ=

**0**,π .

###
What’s the tangent?

**tangent**line (or simply

**tangent**) to a plane curve at a given point is the straight line that “just touches” the curve at that point. Leibniz defined it as the line through a pair of infinitely close points on the curve. The word “

**tangent**” comes from the Latin tangere, “to touch”.

###
What is the value of cot 15 degree?

**cot**of

**15 degrees**is 2+√3, the same as

**cot**of

**15 degrees**in radians. To obtain

**15 degrees**in radian multiply

**15**° by / 180° = 1/12 .

**Cot**15degrees =

**cot**(1/12 × .