3. Determine h if V = 1.1535 m³ and r= 1m using Fixed point iteration on the given convergent equation. Compute the conv

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3. Determine h if V = 1.1535 m³ and r= 1m using Fixed point iteration on the given convergent equation. Compute the conv

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3 Determine H If V 1 1535 M And R 1m Using Fixed Point Iteration On The Given Convergent Equation Compute The Conv 1
3 Determine H If V 1 1535 M And R 1m Using Fixed Point Iteration On The Given Convergent Equation Compute The Conv 1 (50.6 KiB) Viewed 16 times
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3. Determine h if V = 1.1535 m³ and r= 1m using Fixed point iteration on the given convergent equation. Compute the convergence, g(x). Show solution and complete the table of results. πh² (3r-h) V= 3 h³+3V/ h = 3r n X₂ Xn+1 1 1 2 3 4 5 6 7 8 9 4. If λ = 16, t = 12, v = 48 and determine x when h = 0.4h, using Secant method. Show solution and fill in the table of results (Hint: pi = 3.14159) 2πχ h = ho sin to [sin (²7x), COS os (2²7x V) + e²x] x2 x1 f(x0) f(x2) f(x1) Х0 6 7 5. Determine the time required for the bacteria concentration to be reduced to 5 using Newton's method. Compute and fill the table of results c = 70e-1.5t +25e-0.075t to f(to) 21 t1 f(t1)
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