If Tan A + B = Root 3 and Tan A - B = 1/Root 3. Find A and B values

preview_player
Показать описание
If Tan A + B = Root 3 and Tan A - B = 1/Root 3. Find A and B values
Рекомендации по теме
Комментарии
Автор

Sir which book question is this? Plzz tell me

narayanjee
Автор

Keep all exercise problem from chapter 8and 9

banukasupritha
Автор

🤗love it sir, , I find my every questions here, , , , which bothers me, , , ,

gamervictor
Автор

Sir how do learn trigonometry table I well forget again and again please tell me how do learn trigonometry table

fahimahmad
Автор

sir trikonamiti yKo nahin kataya jata hai

shatrudhansingh
Автор

2tanA=3 then find the value of (1+tanA) * (1-tanA)

s.shanmukha
Автор

Super sir now i understood very well thank you

Marwannot
Автор

Thanks for it my problem get solved by this video

nehasingh
Автор

@Math Army it didn't mention anything about the domain, which means that it wants all of the answers listed because trig. functions are periodic and has infinite answers. From there, if we take arctan on both sides of the equations and the other one also, that makes it arctan(√(3)) and arctan(1/√(3)). The answer must be π/3 for arctan(√(3)) and π/6 for arctan(1/√(3)) (in radians) (for degrees that is 60° and 30°). Because tan is positive in quadrants I and III, we add π to these angles, which is 4π/3 and 7π/6. Since it's periodic, there are infinite answers, and the formula must come up. In a simpler way, that would be π/3+nπ and π/6+kπ where n and k is an integer. We have to assume that n=k. Therefore, we set the system of equation as A+B=π/3+nπ and A-B=π/6+nπ. By the addition method, we can set 2A=π/2+2nπ, so A=π/4+nπ where n is an integer and B must be π/12. Otherwise, if you want to mention it in degrees, that would be A=(45+180n)° where n is an integer and B=15°

justabunga
Автор

Agar tan A _tanB na hokar multiply me ho

shivamtyagi
Автор

Sir samjati to acha ho lakin aabaj sudharo ni ko kuv video nii dhaka

atulthakur-tdhb