Question
In the figure, AB = AC,
and
Then
![](data:image/png;base64,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)
- BC > CD
- BC = CD
- BC < CD
- Cannot decide
The correct answer is: BC = CD
Related Questions to study
In the figure,
and
are two exterior angle measures of
ABC Then
is
![](data:image/png;base64,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)
In the figure,
and
are two exterior angle measures of
ABC Then
is
![](data:image/png;base64,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)
How many days are there from 2nd Jan 1983 to 15th March 1983 ?
Therefore, number of days between 2nd Jan 1983 to 15th March 1983 is 72 days.
How many days are there from 2nd Jan 1983 to 15th March 1983 ?
Therefore, number of days between 2nd Jan 1983 to 15th March 1983 is 72 days.
At what time between 1 A.M and 2 A.M will both hands of a clock point in opposite directions ?
The time is minutes past 1 o'clock when the both hands are in opposite direction.
At what time between 1 A.M and 2 A.M will both hands of a clock point in opposite directions ?
The time is minutes past 1 o'clock when the both hands are in opposite direction.
Ramu can complete
of the work in 5 days and Ravi can complete
of the same work in 6 days How long would both of them take to complete that work, if they work together ?
Therefore, to complete the work, It takes 12 days if they work together.
Ramu can complete
of the work in 5 days and Ravi can complete
of the same work in 6 days How long would both of them take to complete that work, if they work together ?
Therefore, to complete the work, It takes 12 days if they work together.
If A, B and C can finish a piece of work in 12 days, 15 days and 20 days respectively If all the three work at it together and they are paid Rs 960 for the whole work, how should the money be divided among them ?
Therefore, the money should be divided in the ratio of 5:4:3
i.e, A's share=400
B's share=320
C's share=240
If A, B and C can finish a piece of work in 12 days, 15 days and 20 days respectively If all the three work at it together and they are paid Rs 960 for the whole work, how should the money be divided among them ?
Therefore, the money should be divided in the ratio of 5:4:3
i.e, A's share=400
B's share=320
C's share=240