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Series approximations are best used when a function is difficult to evaluate directly, particularly when it involves complex calculations or transcendental functions. They are particularly useful near a point where the function is well-behaved, such as around a point of convergence in Taylor or Maclaurin series. Additionally, series approximations are effective when a quick estimate is needed or when high precision is not required, allowing for simpler calculations while maintaining reasonable accuracy.
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What is the best approximation of 72 7.2 9.1 8.9 8.5?
The best approximation is, of course, the exact value. A reasonable approximation is 106.
What is the best approximation for the square root of 40108?
What approximation is "best" depends on the required level of accuracy.
What is the best series of VAIO laptop to use?
Z Series are the best
What is the best approximation for 55?
It is 60
What is the best decimal approximation for the square root of 82?
There is no "best" approximation. The square root is irrational and so it is a non-terminating, non-recurring decimal so adding one more digit will always make it a better approximation.
Which is the best approximation for the square root for 133?
11.5326
What is the best approximation for the cube root of 8132?
20.1
What is the best approximation for the cube root 8132?
20.1094005
What is obtained after approxmating a part of a periodid signal with fourier series?
When a periodic signal is approximated using a Fourier series, it is expressed as a sum of sinusoidal components (sines and cosines) with different frequencies, amplitudes, and phases. This approximation allows for the reconstruction of the original signal or an approximation of it over a specific interval. The accuracy of the approximation depends on the number of terms used in the series; more terms generally yield a closer representation of the original signal. However, at discontinuities, the approximation may exhibit Gibbs phenomenon, where oscillations occur near the discontinuities.
Which is the best approximation for the square root of 40108?
√40108 = 200.269817996
What is the best approximation for the square root of ten?
3.16227766 which is about 3.2
What are the applicaton of fourier series?
It can be used in function approximation, especially in physics and numerical analysis and system & signals. Actually, the essence is that the basis of series is orthorgonal.
