- #1
autodidude
- 333
- 0
Given
[tex]\int_2^k \! (3x+4) \, \mathrm{d} x = 43.5[/tex]
how would I use the TI-89 to solve for k?
[tex]\int_2^k \! (3x+4) \, \mathrm{d} x = 43.5[/tex]
how would I use the TI-89 to solve for k?
To find the unknown terminal value of an integral using a TI-89 calculator, you will first need to enter the function into the calculator by pressing the "Apps" key and selecting "Calculus Tools". Then, select "Indefinite Integral" and enter the function. Once the function is entered, press the "F3" key to view the graph. From the graph, you can find the unknown terminal value by locating the point where the graph intersects the x-axis.
The unknown terminal value of an integral is used to determine the exact value of the integral, which is important in solving various mathematical problems. It allows for more accurate calculations and can be used to find the area under a curve, the volume of a solid, and many other applications in mathematics and science.
Yes, the TI-89 calculator can be used to find the unknown terminal value of any integral, as long as the function is entered correctly and the calculator is in the correct mode. However, some integrals may be more complex and require additional steps or techniques to find the unknown terminal value.
Yes, the TI-89 calculator can also be used to find the unknown terminal value of a definite integral. To do this, you will need to enter the function and the limits of integration into the calculator and then follow the same steps as finding the unknown terminal value of an indefinite integral.
While the TI-89 calculator is a powerful tool for finding the unknown terminal value of an integral, there are some limitations. It may not be able to solve all integrals and may require manual calculations for more complex functions. Additionally, it is important to ensure that the function is entered correctly and that the calculator is in the correct mode to avoid incorrect results.