Ya, I would ended up getting 22.5k +30j . But if I take moment about D , I would get 22.5j+30k... Is it correct?haruspex said:
No, sorry, I had it wrong. The force at D is in the direction -4/5j+3/5k.werson tan said:
M2 Point C Moment Calculation is a method used to calculate the moment of inertia of a body or object with respect to a specific point, typically the center of mass. It takes into account the mass and distribution of the object to determine its resistance to rotational motion.
M2 Point C Moment Calculation differs from other methods, such as M1 Point A Moment Calculation, by using a different reference point. M1 Point A Moment Calculation uses the point of support or pivot point as the reference point, while M2 Point C Moment Calculation uses the center of mass as the reference point.
The M2 Point C Moment Calculation may not be the same as what is stated in a book due to a variety of factors. These can include differences in the object's shape, mass distribution, and measurement accuracy. It is important to use the correct formula and data for accurate calculations.
M2 Point C Moment Calculation is commonly used in engineering and physics to analyze the stability and balance of structures, such as bridges and buildings. It is also used in the design of machines and tools to ensure proper functionality and safety.
To ensure accurate M2 Point C Moment Calculation, it is important to use precise and accurate measurements of the object's mass and distribution. It is also crucial to use the correct formula for the specific object and reference point. Double-checking calculations and consulting with experts can also help to ensure accuracy.
