a) Reproduce the following data given in Table 1 into new units.Table 1 Conversion of unitOld unitNew unit3.35 MJ/h50 gal/lbm25 newtons weight0.85 kg.m/min?Btu/year (1 year = 365 days)I unitMass in kgAmerican Engineering unit-251 kJ/molcaИb-molb) A fluid is used to characterize the degree of mixing in a continuous stirred tank. The fluidconcentration in the outlet, C (kg/m³) is given as:20-exp'(-30t/V)C=-VWhere V = volume in m and t= time in min. Express the units of 20 and 30, find theconcentration in kg/m³ if given V and t are 1x10' cm³ and 200 s respectively and finallyconvert the equation so that all variables can be stated in CGS unit.

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a) Reproduce the following data given in Table 1 into new units. Table 1 Conversion of unit Old unit 3.35 MJ/h 50 gal/lbm 25 newtons weight 0.85 kg.m/min? New unit Btu/year (1 year = 365 days) Sl unit Mass in kg American Engineering unit -251 kJ/mol cal/lb-mol

a) Reproduce the following data given in Table 1 into new units. Table 1 Conversion of unit Old unit 3.35 MJ/h 50 gal/lbm 25 newtons weight 0.85 kg.m/min? New unit Btu/year (1 year = 365 days) Sl unit Mass in kg American Engineering unit -251 kJ/mol cal/lb-mol

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

a) Reproduce the following data given in Table 1 into new units.
Table 1 Conversion of unit
Old unit
New unit
3.35 MJ/h
50 gal/lbm
25 newtons weight
0.85 kg.m/min?
Btu/year (1 year = 365 days)
I unit
Mass in kg
American Engineering unit
-251 kJ/mol
caИb-mol
b) A fluid is used to characterize the degree of mixing in a continuous stirred tank. The fluid
concentration in the outlet, C (kg/m³) is given as:
20
-exp'
(-30t/V)
C=-
V
Where V = volume in m and t= time in min. Express the units of 20 and 30, find the
concentration in kg/m³ if given V and t are 1x10' cm³ and 200 s respectively and finally
convert the equation so that all variables can be stated in CGS unit.

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