(1 point) Use Simpson's Rule, the Midpoint Rule, and the Trapezoid Rule to estimate the value...

 

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(1 point) Use Simpson's Rule, the Midpoint Rule, and the Trapezoid Rule to estimate the value of the integral "I's 3 In all cases, make n as large as possible, given that this table shows the only values off that are known. f(x) dx. x 3 4 5 6 7 8 9 f(x) 2.1 1.70.9 1.42.12.83.2 Simpson's Rule approximation Sn = 1/3(2.1+4*1.7+2*0.9+4*1.4+2*2.1+4*2.8+3.2) Midpoint Rule approximation Mn 6/7( Trapezoid Rule approximation In = (1/2*2.1+1.7+0.9+1.4+2.1+2.8+1/2*3.2) Note: You can earn partial credit on this problem. (1 point) Use Simpson's Rule, the Midpoint Rule, and the Trapezoid Rule to estimate the value of the integral "I's 3 In all cases, make n as large as possible, given that this table shows the only values off that are known. f(x) dx. x 3 4 5 6 7 8 9 f(x) 2.1 1.70.9 1.42.12.83.2 Simpson's Rule approximation Sn = 1/3(2.1+4*1.7+2*0.9+4*1.4+2*2.1+4*2.8+3.2) Midpoint Rule approximation Mn 6/7( Trapezoid Rule approximation In = (1/2*2.1+1.7+0.9+1.4+2.1+2.8+1/2*3.2) Note: You can earn partial credit on this problem.

Answer rating: 100% (QA)

According to the given data x 3 4 5 6 7 8 9 fx 21 17 09 14 21 28 32 a Simpsons Rul... View the full answer