solve 3x-e^x+cos(x)+1=0 by Secant method
Introduction: In this article, we solve 3x-e^x+cos(x)+1=0 by Secant method unless the error is less than 0.005%. Question: solve \[3x-e^x+cos(x)+1=0 \] by Secant method unless the error is less than…
fixed point iteration to solve 2xtan(x)-3=0
Introduction: In this question, we apply fixed point iteration to solve 2xtan(x)-3=0 unless the error is less than 0.005%. Question: Apply fixed point iteration to solve \[2xtan(x)-3=0\] untill the error…
solve 2x-e^x+sin(2x)=0 by fixed point iteration method
Introduction: In this question, we solve 2x-e^x+sin(2x)=0 by fixed point iteration method unless the error is less than 0.005%. Question: Solve \[2x-e^x+\sin{2\left(x\right)}=0\] by fixed point iteration method unless the error…
percent relative error in second derivative approximation
Introduction : In this solution, we will calculate percent relative error in second derivative approximation. First we derive formula for second derivative approximation using Taylor series. Question: Derive following formula…
calculate true percentage error and approximate error example 1
Introduction : In the following question, we calculate true percentage error and approximate error example 1 step by step procedure is explained below. Question : calculate true percentage error and…
expected value of the discrete random variable example 1
Introduction: In this question we find expected value of the discrete random variable example 1 given below. In this solution, we learn how to calculate probabilities of a discrete random…
minima and maxima of a single variable function example 3
Introduction : In this question, minima and maxima of a single variable function example 3 is obtained. A step by step solution of the following problem is given below. Question:…
minimum and maximum of a single variable function example 2
Introduction : In this question, minimum and maximum of a single variable function example 2 is obtained. A step by step solution of the following problem is presented. Question: Find…