Create a value of 31 x in the interval [0; 3] with a uniform division of 0.1 and calculate the function cos (x) at these points. Calculate the trapezoidal formula based on the points with the integrated and the same built-in function integrator. Which statement is true based on the results? Choose only one: a. The trapezoidal formula gives a value of 0.0056. b. The two values are equal to three decimal places. c. The trapezoidal formula gives a value less than 0.1230. d. The trapezoidal formula gives a value 0.1410 higher. e. With the function integrator we get a value 0.1411 higher.
Create a value of 31 x in the interval [0; 3] with a uniform division of 0.1 and calculate the function cos (x) at these points. Calculate the trapezoidal formula based on the points with the integrated and the same built-in function integrator. Which statement is true based on the results? Choose only one: a. The trapezoidal formula gives a value of 0.0056. b. The two values are equal to three decimal places. c. The trapezoidal formula gives a value less than 0.1230. d. The trapezoidal formula gives a value 0.1410 higher. e. With the function integrator we get a value 0.1411 higher.
Chapter6: Exponential And Logarithmic Functions
Section6.1: Exponential Functions
Problem 57SE: Repeat the previous exercise to find the formula forthe APY of an account that compounds daily....
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Create a value of 31 x in the interval [0; 3] with a uniform division of 0.1 and calculate the function cos (x) at these points. Calculate the trapezoidal formula based on the points with the
Choose only one:
a. The trapezoidal formula gives a value of 0.0056.
b. The two values are equal to three decimal places.
c. The trapezoidal formula gives a value less than 0.1230.
d. The trapezoidal formula gives a value 0.1410 higher.
e. With the function integrator we get a value 0.1411 higher.
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