Active forum topics
- Inverse Trigo
- General Solution of $y' = x \, \ln x$
- engineering economics: construct the cash flow diagram
- Eliminate the Arbitrary Constants
- Law of cosines
- Maxima and minima (trapezoidal gutter)
- Special products and factoring
- Integration of 4x^2/csc^3x√sinxcosx dx
- application of minima and maxima
- Sight Distance of Vertical Parabolic Curve
New forum topics
- Inverse Trigo
- General Solution of $y' = x \, \ln x$
- engineering economics: construct the cash flow diagram
- Integration of 4x^2/csc^3x√sinxcosx dx
- Maxima and minima (trapezoidal gutter)
- Special products and factoring
- Newton's Law of Cooling
- Law of cosines
- Can you help me po to solve this?
- Eliminate the Arbitrary Constants
Recent comments
- Yes.2 months ago
- Sir what if we want to find…2 months ago
- Hello po! Question lang po…2 months 2 weeks ago
- 400000=120[14π(D2−10000)]
(…3 months 3 weeks ago - Use integration by parts for…4 months 2 weeks ago
- need answer4 months 2 weeks ago
- Yes you are absolutely right…4 months 3 weeks ago
- I think what is ask is the…4 months 3 weeks ago
- $\cos \theta = \dfrac{2}{…4 months 3 weeks ago
- Why did you use (1/SQ root 5…4 months 3 weeks ago
The easy way to handle it is
The easy way to handle it is by area-moment method. The key is on the moment diagram. Draw the moment diagram by parts and then revise your diagram by dividing the moment at each segment by EI that corresponds to the segment. Note that the degree of curve of the diagram won't change.
Here is an example:
Link: www.mathalino.com/node/922