Good trial...i can see you missed calculating for dry volume of mortar... also your percentage waste assumption on cement and sand is ridiculous... how can you anticipate to waste 25% of mortar
@@jamesoduki2634 thanks james for your comment, in practice it is possible to lose 25% considering wastage and also shrinkage . Kindly do more research on this
Nice
This is never taught in Bsc Civil engineering despite being a necessary skill. I'm glad I came across this today. You earned a subscriber!
@@cidybyron3304 thank you
Great content...you've gained a new subscriber
@@dancunmaina6699 thanks Dancun, I appreciate
For previous video here is the link
ua-cam.com/video/0eOxHivv1Ik/v-deo.htmlsi=TpkjKZjCC93FpWnF
What about handcores?
ua-cam.com/video/8XcvSMDRAuI/v-deo.htmlsi=Lswf-Y0OoQPMPHqn
Sir please can I know how you got 0.0028m per stone?
Calculation of the other side of concrete (0.02x0.3x0.2) then added to the 0.0016 to get that value, total concrete per stone
Good trial...i can see you missed calculating for dry volume of mortar... also your percentage waste assumption on cement and sand is ridiculous... how can you anticipate to waste 25% of mortar
For cement should be between 5-10% and sand between 10-15%
@@jamesoduki2634 thanks james for your comment, in practice it is possible to lose 25% considering wastage and also shrinkage . Kindly do more research on this