Round off to two decimal place The table Time (xi) Balance (y₁ = F(xx₂)) O e 1 40.00 3200 3 10 625 9093 4 7220 depicts the balance (in Rands) of a bank account at intervals of 1 month ave a period of 4 months. Here 4 while the quantities x₁=0 and i=0, 1, 2,. Yo = 4000, respectively, represent the time the decourt was opened and initiell balance of the account. a Construct a divided difference table for the above dala.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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132
3
pod $145
Round off to two decimal place
The table
C)
Time (xi)
Balance
(Y₁ = F(x₂))
O
4000
1
3200
2
3
4
10 625 9093 7220
depicts the balance (in Rands) of a bank account at
interials of 1 month are a period of 4 months. Here
i = 0, 1, 2, ..., 4 while the quantities xo=0 and
Yo =
4000, respectively, represent the time the grecourt was opened
and initiell balance of the account.
a) Construct a divided difference table for the above dala.
b) Use the table represented in Port a), along with
Newton's divided difference Formule, to approximate Fca.5)
with a polynomial of degree 3, P₂000). Use x₁ = 4 as
the startine) neele of the polynomia (
[Hint: Read the table from the "dainside up" I
Estimate the error in the approximation in Part b).
Transcribed Image Text:132 3 pod $145 Round off to two decimal place The table C) Time (xi) Balance (Y₁ = F(x₂)) O 4000 1 3200 2 3 4 10 625 9093 7220 depicts the balance (in Rands) of a bank account at interials of 1 month are a period of 4 months. Here i = 0, 1, 2, ..., 4 while the quantities xo=0 and Yo = 4000, respectively, represent the time the grecourt was opened and initiell balance of the account. a) Construct a divided difference table for the above dala. b) Use the table represented in Port a), along with Newton's divided difference Formule, to approximate Fca.5) with a polynomial of degree 3, P₂000). Use x₁ = 4 as the startine) neele of the polynomia ( [Hint: Read the table from the "dainside up" I Estimate the error in the approximation in Part b).
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