Answer:
35
Step-by-step explanation:
We know that the general formula for arithmetic sequence is
a_n=a_0+(n-1)d
Using the general formula, we can make equations for 6th term and 9th term
a_6=a_0+(6-1)d
a_6=a_0+5d
101=a_0+5d Eqn 1
For 9th term
a_9=a_0+(9-1)d
a_9=a_0+8d
83=a_0+5d Eqn 2
Subtracting equation 2 from equation 1
101-83=a_0+5d-(a_0+8d)
18=a_0+5d-a_0-8d
18=-3d
d= -6
Putting d=-6 in Eqn 1, we get:
101=a_0+5(-6)
101=a_0-30
a_0=101+30
a_0=131
Now that we have values of a_0, and d we can find the 17th term
a_17=a_0+(17-1)d
=131+(16)(-6)
=131-96
=35
So the 17th term is 35 ..
Answer:
I think it will be rectangle or square
because rectangle and Square have 4 right angles
and each two opposite sides are parallel
Answer:
find 80 percent
Step-by-step explanation:
Answer: His balance amount in the bank account after withdrawal will be
6150 RS - 2050 RS= 4100 RS
Step-by-step explanation:
Rajan had 6000 RS in his bank account on a particular day a week. This means that the original amount he was having in his bank account = 6000 RS
A week later he deposited 150p RS.
This means the current total amount
= 6000 RS + 150p RS = 6150 RS.
The next day, he withdrew 1/3rd of his total amount. This means he withdrew
1/3 ×6150= 6150/3 = 2050 RS
His balance amount in the bank account after withdrawal will be the new total amount - the amount withdrawn.
His balance amount in the bank account after withdrawal will be
6150 RS - 2050 RS= 4100 RS
