please give me answer
Attachments:
Answers
Answered by
14
Heyy Buddy❤
Here's your Answer...
PROOF;
IN TRIANGLE BEC,
ABC = BEC + BCE ( Angle sum property of Exterior angle)
=> Squaring on both sides.
=> 2ABC = 2 ( BEC + BCE) -------(1).
Now,
We know that angle substended at the circumference is half of the angle substended at the centre..
=>2 ABC = AOC --------(2)
From eq 1 and 2, we get,
AOC = 2 ( BEC + BCE)
=> AOC = BEC + BEC + BCE + BCE
=> AOC = BCE + BEC + ABC ( ABC = BEC + BCE)
=> AND, ABC = ADC ( Angle substended at the same arc are equal)
=> AOC = BCE + BEC +ADC ------(3)
=> In Triangle FDC
AFC = FDC + DCF
=> AFC = BCD ( BCE) + ADC. ------(4)
NOW,
putting eq 3 in eq 4.
AOC= AEC + AFC.
###
Here's your Answer...
PROOF;
IN TRIANGLE BEC,
ABC = BEC + BCE ( Angle sum property of Exterior angle)
=> Squaring on both sides.
=> 2ABC = 2 ( BEC + BCE) -------(1).
Now,
We know that angle substended at the circumference is half of the angle substended at the centre..
=>2 ABC = AOC --------(2)
From eq 1 and 2, we get,
AOC = 2 ( BEC + BCE)
=> AOC = BEC + BEC + BCE + BCE
=> AOC = BCE + BEC + ABC ( ABC = BEC + BCE)
=> AND, ABC = ADC ( Angle substended at the same arc are equal)
=> AOC = BCE + BEC +ADC ------(3)
=> In Triangle FDC
AFC = FDC + DCF
=> AFC = BCD ( BCE) + ADC. ------(4)
NOW,
putting eq 3 in eq 4.
AOC= AEC + AFC.
###
Similar questions
Math,
7 months ago
Math,
7 months ago
Social Sciences,
1 year ago
English,
1 year ago
Math,
1 year ago