Dry volume = wet volume + 54% of wet volume = 1 + (( 54/100 ) + 1 ) = 1.54. So, we need 1.54 cubic meters of dry mix to get 1 cubic meter of wet mix concrete. Dry volume = wet volume + 54% of wet volume The total volume required = Wet volume x Dry volume
Dry volume = wet volume + 54% of wet volume = 1 + (( 54/100 ) + 1 ) = 1.54. So, we need 1.54 cubic meters of dry mix to get 1 cubic meter of wet mix concrete. Dry volume = wet volume + 54% of wet volume, The total volume required = Wet volume x Dry volume
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@@bachelorslife6942 thank you
Sir Dry volume = 1*1.54=1.54 this value come from where sir
Void
It's constant:-wet volume*1.54=dry volume
Dry volume = wet volume + 54% of wet volume
= 1 + (( 54/100 ) + 1 )
= 1.54. So, we need 1.54 cubic meters of dry mix to get 1 cubic meter of wet mix concrete.
Dry volume = wet volume + 54% of wet volume
The total volume required = Wet volume x Dry volume
Thank you
What is the weight of one bag of sand
Sand is not measured in bags, CFT, m3 ,
What is 1440 in cement calculation??
Unit weight of cement. 1440kg/m3
It's density of cement,
1 m³ volume of cement weighing 1440 kg
Density measuring in kg/m³,
Hence density of cement is = 1440 kg/m³
Badiya hai
What is that 50?
@@annmaryantony6169 weight of 1 bag cement 50 kgs
where is 1.54 comes from lecturer
Dry volume = wet volume + 54% of wet volume
= 1 + (( 54/100 ) + 1 )
= 1.54. So, we need 1.54 cubic meters of dry mix to get 1 cubic meter of wet mix concrete.
Dry volume = wet volume + 54% of wet volume,
The total volume required = Wet volume x Dry volume