Question
If 
then ascending order of A, B, C.
- A,B,C
- B,C,A
- C,A,B
- B,A,C
Hint:
In this question using the equation we will find the value of A, B and C. After finding the values we will arrange the values in ascending order to find the required sequence.
The correct answer is: B,C,A
Related Questions to study
The number of different seven digit numbers that can be written using only the three digits 1, 2 and 3 with the condition that the digit 2 occurs twice in each number is-
We know that there is not much difference between permutation and combination. Permutation is the way or method of arranging numbers from a given set of numbers such that the order of arrangement matters. Whereas combination is the way of selecting items from a given set of items where order of selection doesn’t matter. Both the word combination and permutation is the way of arrangement. Here, we will not use permutation because the order of toys is not necessary.
The number of different seven digit numbers that can be written using only the three digits 1, 2 and 3 with the condition that the digit 2 occurs twice in each number is-
We know that there is not much difference between permutation and combination. Permutation is the way or method of arranging numbers from a given set of numbers such that the order of arrangement matters. Whereas combination is the way of selecting items from a given set of items where order of selection doesn’t matter. Both the word combination and permutation is the way of arrangement. Here, we will not use permutation because the order of toys is not necessary.
The centre and radius of the circle 
are respectively
The centre and radius of the circle are respectively
The centre of the circle 
is
The centre of the circle is
The equation of the circle with centre at 
, which passes through the point 
is
The equation of the circle with centre at , which passes through the point is
The foot of the perpendicular from 
on the line 
is
The foot of the perpendicular from on the line is
The foot of the perpendicular from the pole on the line 
is
The foot of the perpendicular from the pole on the line is
The equation of the line parallel to 
and passing through 
is
The equation of the line parallel to and passing through is
The line passing through the points , (3,0) is
The line passing through the points , (3,0) is
Statement-I : If 
then A=
Statement-II : If 
then 
Which of the above statements is true
Statement-I : If then A=
Statement-II : If then
Which of the above statements is true
be that roots 
where 
, such that 
and 
then the number of integral solutions of λ is
with roots 
will be
is
centre and radius are
