In triangle ABC , AB =AC and BC=AB +AI , where I is the incentre of triangle ABC . Then find the measure of angle A.
![SL based adder using logical gates. Carry = AB + BC + AC í µí±†í µí±¢í... | Download Scientific Diagram SL based adder using logical gates. Carry = AB + BC + AC í µí±†í µí±¢í... | Download Scientific Diagram](https://www.researchgate.net/profile/Nehru-Kk/publication/344205945/figure/fig2/AS:934562448306178@1599828459644/Figure-2-SL-based-adder-using-logical-gates-Carry-AB-BC-AC-i-ii-ii-i_Q640.jpg)
SL based adder using logical gates. Carry = AB + BC + AC í µí±†í µí±¢í... | Download Scientific Diagram
![SOLVED: P and Q are the points on the side BC of triangle ABC and AP=AQ prove that :AC+AB+BC is greater than 2AP +PQ SOLVED: P and Q are the points on the side BC of triangle ABC and AP=AQ prove that :AC+AB+BC is greater than 2AP +PQ](https://cdn.numerade.com/ask_previews/85447aea-613e-4130-85b6-88231d8d83ff_large.jpg)
SOLVED: P and Q are the points on the side BC of triangle ABC and AP=AQ prove that :AC+AB+BC is greater than 2AP +PQ
In ∆ABC, if AC is greater than AB, then prove that AC AB is less than BC, AC BC is less than AB and BC AB is less than AC.
![geometry - We have $AB = BC$, $AC = CD$, $\angle ACD = 90^\circ$. If the radius of the circle is '$r$' , find $BC$ in terms of $r$ . - Mathematics Stack Exchange geometry - We have $AB = BC$, $AC = CD$, $\angle ACD = 90^\circ$. If the radius of the circle is '$r$' , find $BC$ in terms of $r$ . - Mathematics Stack Exchange](https://i.stack.imgur.com/cq9Ew.png)
geometry - We have $AB = BC$, $AC = CD$, $\angle ACD = 90^\circ$. If the radius of the circle is '$r$' , find $BC$ in terms of $r$ . - Mathematics Stack Exchange
![If a^2+b^2+c^2=ab+bc+ac then the value of (a+c)/b is:- यदि a^2+b^2+c^2=ab+bc +ac हो, तो (a+c)/b का मान क्या होगा ? If a^2+b^2+c^2=ab+bc+ac then the value of (a+c)/b is:- यदि a^2+b^2+c^2=ab+bc +ac हो, तो (a+c)/b का मान क्या होगा ?](https://d10lpgp6xz60nq.cloudfront.net/web-thumb/645129200_web.png)