The first three terms of an AP respectively are 2y-1, 2y + 3 and 4y +3. Then value of y
is……………
Answers
Given,
The first three terms of an AP respectively are 2y-1, 2y + 3, and 4y +3.
To Find,
The value of y =?
Solution,
We can solve the question as follows:
It is given that the first three terms of an AP respectively are 2y-1, 2y + 3, and 4y +3. We have to find the value of y.
In an A.P, the difference between any two consecutive terms is always a constant and is called the common difference.
Therefore, in the given A.P.,
Now, we will solve the above equation to find the value of y.
Taking the y terms to one side,
Hence, the value of y is equal to -2.
The value of y = 2
Given :
The first three terms of an AP respectively are 2y - 1 , 2y + 3 and 4y + 3
To find :
The value of y
Solution :
Step 1 of 2 :
Form the equation to find the value of y
Here it is given that first three terms of an AP respectively are 2y - 1 , 2y + 3 and 4y + 3
We know if a , b , c are three consecutive terms of an AP then 2b = a + c
Thus we get
Step 2 of 2 :
Find the value of y
Hence the required value of y = 2
Observation : Taking y = 2 the values obtained are 3 , 7 , 11 which clearly are in AP with common difference as 4
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