Page 1 of 1

### BDMO NATIONAL 2014 : Secondary 7

Posted: Wed Feb 26, 2014 6:29 pm
In $\triangle ABC$ $E, F$ are two points on $BC$ and $AB$ such that $EF || AC . Q$ is a point on $AB$ such that $\frac{AQ}{PQ} = \frac{30}{13}$ . $PQ$ is parallel to $EF$ where $P$ lies on $CB$ . $X$ is taken on extended $EQ$ such that $CX = 20.4$ . Given $\frac{CY}{EY} = \frac{XY}{CY} , PX = 15.6$ ; if $\angle YCE = 22.5 , \angle PXQ = ?$

### Re: BDMO NATIONAL 2014 : Secondary 7

Posted: Sun Mar 09, 2014 9:15 pm
I posted this to see a solution . But still there isn't any . Is there any problem with this problem ?

### Re: BDMO NATIONAL 2014 : Secondary 7

Posted: Sun Mar 09, 2014 11:24 pm
Actually, there is.

To solve this problem, you have to assume $Y \in EX$ (and there is another little trick, but that can be found out.)

### Re: BDMO NATIONAL 2014 : Secondary 7

Posted: Tue Feb 20, 2018 11:01 am
Starting of the solution
Please,any one help to get the full solution.I will try to add the figure of this problem where $Y \in CX$.

### Re: BDMO NATIONAL 2014 : Secondary 7

Posted: Sat Feb 24, 2018 12:14 am
The figure is given below which I used to solve the problem:
Screenshot_2018-02-23-21-03-51-1-1.png

### Re: BDMO NATIONAL 2014 : Secondary 7

Posted: Tue Feb 19, 2019 5:39 pm
samiul_samin wrote:
Sat Feb 24, 2018 12:14 am
The figure is given below which I used to solve the problem:
Screenshot_2018-02-23-21-03-51-1-1.png
Screenshot_2019-02-19-17-36-49-1.png (15.3 KiB) Viewed 1614 times
Any one help me to complete the solution.