![In the triangle ABC right-angled at B, if tan A = 1/√3 find the value of: (i) sin A cos C + cos A sin C (ii) cos A cos C - In the triangle ABC right-angled at B, if tan A = 1/√3 find the value of: (i) sin A cos C + cos A sin C (ii) cos A cos C -](https://d138zd1ktt9iqe.cloudfront.net/media/seo_landing_files/untitled-1627576155.png)
In the triangle ABC right-angled at B, if tan A = 1/√3 find the value of: (i) sin A cos C + cos A sin C (ii) cos A cos C -
If A+B+C=Π , then prove that Sin(B+2C) + Sin(C+2A) + Sin(A+2B)=4Sin[(B-C)/2] . Sin[(C-A)/2] . Sin[(A-B)/2]
![In triangle ABC , prove that sin .(A)/(2)+ sin. (B)/(2) -sin. (C)/(2)=-1+4 cos.(pi-A)/(4)cos. (pi-B)/(4)sin. (pi-C)/(4) In triangle ABC , prove that sin .(A)/(2)+ sin. (B)/(2) -sin. (C)/(2)=-1+4 cos.(pi-A)/(4)cos. (pi-B)/(4)sin. (pi-C)/(4)](https://d10lpgp6xz60nq.cloudfront.net/web-thumb/8494723_web.png)
In triangle ABC , prove that sin .(A)/(2)+ sin. (B)/(2) -sin. (C)/(2)=-1+4 cos.(pi-A)/(4)cos. (pi-B)/(4)sin. (pi-C)/(4)
![SOLVED: "CAN ANYONE HELP ME?? THANKS AND GOD BLESS.☆REPORT☆▪︎RUDE ANSWER▪︎WRONG ANSWER▪︎NONSENSE ANSWER》SO PLEASE RESPECT《HERE BUDDHA555, I'LL JUST REPOST IT.. 1 Which of these triangles is not an oblique triangle? a scalene triangle SOLVED: "CAN ANYONE HELP ME?? THANKS AND GOD BLESS.☆REPORT☆▪︎RUDE ANSWER▪︎WRONG ANSWER▪︎NONSENSE ANSWER》SO PLEASE RESPECT《HERE BUDDHA555, I'LL JUST REPOST IT.. 1 Which of these triangles is not an oblique triangle? a scalene triangle](https://cdn.numerade.com/ask_images/741dc458800f4e96aff5cdda03773f53.jpg)
SOLVED: "CAN ANYONE HELP ME?? THANKS AND GOD BLESS.☆REPORT☆▪︎RUDE ANSWER▪︎WRONG ANSWER▪︎NONSENSE ANSWER》SO PLEASE RESPECT《HERE BUDDHA555, I'LL JUST REPOST IT.. 1 Which of these triangles is not an oblique triangle? a scalene triangle
![SOLVED: The Law Of Sines can be used to prove that the area of an arbitrary oblique triangle can be found using the formula below: Area Zbc sina = ac Sin 8 = ! SOLVED: The Law Of Sines can be used to prove that the area of an arbitrary oblique triangle can be found using the formula below: Area Zbc sina = ac Sin 8 = !](https://cdn.numerade.com/ask_images/dcffced9b8df4d54a8d11887bc22e981.jpg)
SOLVED: The Law Of Sines can be used to prove that the area of an arbitrary oblique triangle can be found using the formula below: Area Zbc sina = ac Sin 8 = !
![Area of Triangle | Properties of Triangles | Trigonometry | ∆= area of triangle = 1/2 bc sin A - YouTube Area of Triangle | Properties of Triangles | Trigonometry | ∆= area of triangle = 1/2 bc sin A - YouTube](https://i.ytimg.com/vi/Qc7StXRTkDY/maxresdefault.jpg)