WebAug 9, 2024 · The work done by a variable force from x = a to x = b is: W = ∫ a b F ( x) d x. I'm getting the differential work d W: d W = d F × x. The force F is equal to specific volume of liquid × distance × area or in … WebThe work done in an open vessel at 300 K, when 112 g iron reacts with dilute H C l to give F e C l 2, is nearly: Q. Calculate the work done in an open vessel at 300 K, when 168 g iron having molar mass 56 g / m o l reacts with d i l .

Calculate the work done in an open vessel at `300K,` when `112g` …

Web(a) 2.50 g of pentane gas occupies 13.6 L at 135 K. 0 Calculate the work done when the gas expands rapidly and isothermally against a constant external pressure of 0.3 atm until its volume has increased by 4.4 L, Calculate the work done if the same expansion occurred reversibly, Calculate the change in entropy of the system if the gas expanded … WebIn an open beaker at 25 C and 1 atm pressure, 100 g of zinc are caused to react with dilute sulfuric acid. Calculate the work done by the liberated hydrogen gas, assuming it … pascoe hypercoran

The work done in an open vessel at 300 K, when 112 g iron

WebWork is given by the formula : W = -P ΔV. If I go off the formula alone, ΔV=0 (as the container is rigid) and hence W=0. But if I ignore the formula and take the definition of … Webwork transfer associated with the displacement dx is: W F.dx Example 3: Mechanical work Calculate the work transfer in the following process: Fig. 6: Schematic P‐V diagram for Example 3. Solution: Process 1‐2 is an expansion (V2 > V1) and the system is doing work (W12 >0), thus: WebThe work done in an open vessel at `300K`, when `112g` iron reacts with dil. `HCL` is: The work done in an open vessel at `300K`, when `112g` iron reacts with dil. `HCL` is: pascoe hypertonie