When trying to find the Acidity of a solution of Magnesium Hydroxide in Hydrochloric Acid, we obtain the following equation, A(x) = x* - 9x² + 2 where, x is the Hydronium ion concentration. Find the Hydronium ion concentration for a saturated solution (acidity equals zero). (Hint: Try to determine all the solutions in the range from -5 to +5. Then decide which solutions are valid for this scenario). Which numerical technique are you going to use and why? How many iterative steps are required to find the solutions?

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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solve these 2 problem in MATLAB using bisection method or false position method or newton raphson method. use any one method for coding. provide the matlab codes with details
When trying to find the Acidity of a solution of Magnesium Hydroxide in Hydrochloric Acid, we obtain
the following equation,
A(x) = x* - 9x² + 2
where, x is the Hydronium ion concentration. Find the Hydronium ion concentration for a saturated
solution (acidity equals zero).
(Hint: Try to determine all the solutions in the range from -5 to +5. Then decide which solutions are valid
for this scenario).
Which numerical technique are you going to use and why?
How many iterative steps are required to find the solutions?
Transcribed Image Text:When trying to find the Acidity of a solution of Magnesium Hydroxide in Hydrochloric Acid, we obtain the following equation, A(x) = x* - 9x² + 2 where, x is the Hydronium ion concentration. Find the Hydronium ion concentration for a saturated solution (acidity equals zero). (Hint: Try to determine all the solutions in the range from -5 to +5. Then decide which solutions are valid for this scenario). Which numerical technique are you going to use and why? How many iterative steps are required to find the solutions?
The total mass of a variable density rod is given by:
p(x) A. (x) d.r
where, m mass, p(x) density, A(x) = crosssectional area, x distance along the rod, and% = the total
length of the rod.
х, т
3
4
8.
10
P. g/cm
3.80
3.60
3.41
3.30
4.00
3.95
3.89
A, cm?
100
103
106
110
120
133
150
The data have been measured for a 10-m length rod. Determine the mass in kilograms to the best
possible accuracy (at least up to 8 decimal places).
(Hint: Choose a suitable value for error. And watch out for the units!)
Which Numerical Technique are you going to use and why?
What would be the value of step size (h) for your approach?
Transcribed Image Text:The total mass of a variable density rod is given by: p(x) A. (x) d.r where, m mass, p(x) density, A(x) = crosssectional area, x distance along the rod, and% = the total length of the rod. х, т 3 4 8. 10 P. g/cm 3.80 3.60 3.41 3.30 4.00 3.95 3.89 A, cm? 100 103 106 110 120 133 150 The data have been measured for a 10-m length rod. Determine the mass in kilograms to the best possible accuracy (at least up to 8 decimal places). (Hint: Choose a suitable value for error. And watch out for the units!) Which Numerical Technique are you going to use and why? What would be the value of step size (h) for your approach?
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