Note: 1. This page should be the first page of assignment. Type the answers in the...

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Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM Note: 1. This page should be the first page of assignment. Type the answers in the space provided. 2. Only a soft-copy is required in the PDF format to be uploaded before submission date and name the file as first name of full name. 3. Brief explanation is required in your own words. Late submissions are not allowed. Answer the following questions briefly: 1. An ice skate is able to glide over the ice because the skate blade exerts sufficient pressure on the ice that a thin layer of ice is melted. The skate blade then glides over this thin melted water layer. Determine the pressure an ice skate blade must exert to allow smooth ice skate at -10°C. The following data is given for the range of temperatures and pressures involved. hfg(ice) -334 kJ/kg: Vliq. 1x 10 m'kg; Vice- 1.01 103 m²/kg. The initial conditions are P₁ = 1 atm, T₁-0°C. Justify your answer. 2. What pressure is generated when Ikilomole of ethane is stored in a volume of 0.125m" at 50'C base then calculate on each of the following with error. a) Ideal gas equation of state b) Redlich-kwong equation c) Generalized compressibility correlation Instructions: 1. Students are requested to search and write on their own. Paraphrasing should be properly done to avoid plagiarism. Mention clearly the citation and references. 2. Plagiarism check will be there and deduction of marks as per the following If Similarity index <25 - No deduction If 25 <Similarity index <50 1mark deduction If Similarity index>50 - 2 Marks deduction 3. If any two assignments between any two students look similar, then it will not be taken for evaluation and Zero marks will be awarded. Avoid copying Last Date for Assignment Submission: On or Before 12/12/20201 Saturday), 8 PM