Answer:
6.32
Step-by-step explanation:
The formula we use to find the distance between two points is:
The x1 is -3, the x2 is 5, the y1 is -4, and lastly, the y2 is 1.
If we input these numbers in the equation, we end up with:
=
=
=
= 6.32455532
Rounded to the nearest hundredth is 6.32
The 2nd term exists 12 and 7th term exceeds the 4th by 15 exists AP : 7,12,17,....
<h3>How to estimate the arithmetic progression?</h3>
Given : The second term exists 12th and the 7th term exceeds the 4th term by 15
The formula of the nth term :
Where d exists a common difference
n be the number of terms
a be the first term
Substitute the value of n = 2
Let, the second term exists 12
So, a + d = 12 ..........(1)
Substitute the value of n = 7
Substitute n = 4
We are given that the 7th term exceeds the 4th term by 15
So, a+6d-a-3d = 15
3d = 15
d = 5
Substitute the value of d in (1)
So, a+5 = 12
a = 12-5
a = 7
AP : a,a+d,a+2d,.... = 5, 7+5, 7+2(5),....=7,12,17,....
Therefore, AP : 7,12,17,....
To learn more about arithmetic progression refer to:
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