Aconcrete block with a specific weight of23.6kN/m^3 is suspended by a rope in a

Question

  Aconcrete block with a specific weight of23.6kN/m^3 is suspended by a rope in a solution with a specificgravith of 1.15. What is the volume of the concrete block if thetension in the rope is 2.67kN?   Aconcrete block with a specific weight of23.6kN/m^3 is suspended by a rope in a solution with a specificgravith of 1.15. What is the volume of the concrete block if thetension in the rope is 2.67kN?   Aconcrete block with a specific weight of23.6kN/m^3 is suspended by a rope in a solution with a specificgravith of 1.15. What is the volume of the concrete block if thetension in the rope is 2.67kN?

Explanation / Answer

Specific weight = density *gravity                  this is how you find the density of the concrete Specific gravity = density/density ofwater        this is how youfind the density of the solution density(concrete)*volume*gravity - density(solution)*gravity*volume= 2670 N factor out volume and solve for it

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