A rectangle has a base of 6 in. and a height of 12 in. Using the approximate method, determine the moment of inertia with respect to the base. (a) Divide the area into four equal horizontal strips. (b) Divide the area into six equal horizontal strips. For the area of Problem 8.5, calculate the exact moment of inertia and then calculate the percent error relative to the results obtained using the approximate method.

Given the following, please solve this problem step by step so I can understand. PLEASE SHOW ALL WORK IN NEAT HAND WRITING

Solve thee following problem step by step so I can understand in neat hand writing.

Hello, thank you for your time. I prefer solutions that emphasize the calculations and final results, rather than extended explanations. As a student, it’s essential for me to see the step-by-step process with equations and values so I can learn from the methods. I appreciate your understanding. With that in mind, please provide a detailed handwritten solution, ensuring each step is accurate by double-checking everything. Carefully review the images to ensure no important details are overlooked.

The calculations and steps dont make sense at all. Can someone who actually knows the material answer this question please, please be clear

25. On a 30-scale drawing, if an object is shown as 1 inch long, what is the actual length of the object in inches? In feet? 26. An object is known to have an actual length of 5 feet. If the object is represented on a 60-scale drawing, what length will it be in the drawing in inches? 27. An object has an actual size of 10 feet in length and is represented in a 30-scale drawing accordingly. What will the actual size of this same object be in a 60-scale drawing?