Solve for the theoretical value of the surface tension of Benzene using the formula information #Using water as the calibrating liquid, determine the surface tension ofbenzene, chloroform, methanol and unknown liquid using equation 2. Surface tension of benzene can be computed as Υ = 31.58 – 0.137T + 0.0001T2where T = temperature of benzene in oC. Compute for the surface tensionof water and the other test liquids using benzene as the calibrating liquid.kindly help me solve for Calculated Surface Tension at T, dyne/cm (Water as Calibrating Liquid) this part onlyi provide information formula you might need DATA SHEETCHE 2131LHeight due to blowing, cmHeight due to suctioning, emCompoundsTrial 1Trial 2Trial 3Trial 1Trial 2Trial 3Water1.401.301.501.601.701.50Benzene0.500.800.700.900.600.70Chloroform0.300.500.500.500.300.30Methanol0.400.700.500.800.500.70Unknown0.500.500.400.300.300.40| LiquidAverage Height,CompoundsT (C)Density (g/ce)emWater200.9982Benzene4.2200.87902.43.6Chloroform201.4592Methanol200.7807Unknown Liquid2.4201.5800Theoretical Value ofSurface Tension at T,dyne/cmCalculated Surface Tension atT, dyne/cm(Water as Calibrating Liquid)CompoundsErrorWater72.86N/ABenzeneChloroform27.5Methanol22.7Unknown Liquid27.0Theoretical Value ofCalculated Surface Tension atSurface Tension at T,dyne/cmT, dyne/cm(Benzene as CalibratingLiquid)%CompoundsErrorWaterBenzene72.86N/AN/AChloroform27.5Methanol22.7|Unknown Liquid27.0Based on all data available, what is the unknown liquid? The method of capillary rise is based on the height to which the liquid in thecapillary will rise before the force due to surface tension is balanced by the forcedue to gravity. At this point:Y =rhpgwhere:y= surface tension of the liquid in dynes/cmr= inner radius of the capillary used, cmh = displacement of the liquid in the capillary as referred to theoutside surface, cm (rise if liquid wets glass, fall if it does not)p= density of the liquid, g/cm³g = 981 cm/s² (gravitational acceleration)Because of the difficulty of measuring the inner radius of the capillary, theUsual method is to use a calibrating liquid (one whose surface tension can becomputed or determined from another source).hxpYx = Yct"hcl[2]x = refers to the liquid soughtcl = refers to the calibrating liquidwhere:

Question

Solve for the theoretical value of the surface tension of Benzene using the formula  information #Using water as the calibrating liquid, determine the surface tension ofbenzene, chloroform, methanol and unknown liquid using equation 2. Surface tension of benzene can be computed as Υ = 31.58 – 0.137T + 0.0001T2where T = temperature of benzene in oC. Compute for the surface tensionof water and the other test liquids using benzene as the calibrating liquid.kindly help me solve for Calculated Surface Tension at T, dyne/cm (Water as Calibrating Liquid) this part onlyi provide information formula you might need DATA SHEETCHE 2131LHeight due to blowing, cmHeight due to suctioning, emCompoundsTrial 1Trial 2Trial 3Trial 1Trial 2Trial 3Water1.401.301.501.601.701.50Benzene0.500.800.700.900.600.70Chloroform0.300.500.500.500.300.30Methanol0.400.700.500.800.500.70Unknown0.500.500.400.300.300.40| LiquidAverage Height,CompoundsT (C)Density (g/ce)emWater200.9982Benzene4.2200.87902.43.6Chloroform201.4592Methanol200.7807Unknown Liquid2.4201.5800Theoretical Value ofSurface Tension at T,dyne/cmCalculated Surface Tension atT, dyne/cm(Water as Calibrating Liquid)CompoundsErrorWater72.86N/ABenzeneChloroform27.5Methanol22.7Unknown Liquid27.0Theoretical Value ofCalculated Surface Tension atSurface Tension at T,dyne/cmT, dyne/cm(Benzene as CalibratingLiquid)%CompoundsErrorWaterBenzene72.86N/AN/AChloroform27.5Methanol22.7|Unknown Liquid27.0Based on all data available, what is the unknown liquid? The method of capillary rise is based on the height to which the liquid in thecapillary will rise before the force due to surface tension is balanced by the forcedue to gravity. At this point:Y =rhpgwhere:y= surface tension of the liquid in dynes/cmr= inner radius of the capillary used, cmh = displacement of the liquid in the capillary as referred to theoutside surface, cm (rise if liquid wets glass, fall if it does not)p= density of the liquid, g/cm³g = 981 cm/s² (gravitational acceleration)Because of the difficulty of measuring the inner radius of the capillary, theUsual method is to use a calibrating liquid (one whose surface tension can becomputed or determined from another source).hxpYx = Yct&#34;hcl[2]x = refers to the liquid soughtcl = refers to the calibrating liquidwhere:

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Theoretical Value of Surface Tension at T, dyne/cm Calculated Surface Tension at T, dyne/cm (Water as Calibrating Liquid) Compounds Error Water 72.86 N/A Benzene Chloroform 27.5 Methanol 22.7 Unknown Liquid 27.0