Question: A biological sample was injected into a bifurcated network as shown in the figure. The length of the network is 5cm. The flowrate and density

A biological sample was injected into a bifurcated network as shown

A biological sample was injected into a bifurcated network as shown in the figure. The length of the network is 5cm. The flowrate and density of biological fluid are equal to 3ml/min and 0.98g/cm3, respectively. A chemical reaction occurred in the system and an amount of 35J/s energy was generated. The diameter of the entrance vessel is 1mm and the end diameter of the eight outlet vessels is 100m. If the variation in the internal energy of the system was 12J/s, find the amount of work done by this biological fluid

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer

Step: 1 Unlock blur-text-image

Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock

Step: 3 Unlock

Students Have Also Explored These Related Chemical Engineering Questions!

Republic of Iraq Ministry of Higher Education and Scientific Research University of Technology Chemical Engineering Department MODELING AND SIMULATION OF FCC RISERS A RESEARCH SUBMITTED TO THE...

Problem 3 : Design and analysis of a thermocouple microcalorimeter ( 2 0 points ) A microcalorimeter is a macroscale instrument that measures the small ( micro ) amount of heat produced by a sample....

Littlefield Labs process test kits Questions, can you explain the following: 1. When should be the last round of inventory? 2. What day should be the final order point ? Dteails are below: There is a...

There is a short-term risk of a potentially harmful epidemic. Littlefield opened a laboratory to provide blood testing services. Littlefields advisors expect the demand trend will be stable with...

The gas chromatogram below was recorded for a mixture of phenols. Peak M is due to a non-adsorbing species; peaks A to F are associated with different phenols. The column was 120 cm long and was...

A microfluidic device consists of microchannels etched into a glass chip. The liquid sample is then moved through the channels using electroosmosis. A particular microfluidic device contains a...

Some sphere biological sample of radius R has a diffusion coefficient of a gas ( A ) in the sample material ( B ) of D _ AB The gas is consumed within the sample at a rate that is independent of its...

Propose an experiment to investigate CST 3 , based on what you ve learned about this gene. Please include a biological question, biological sample type, and experimental details like controls / assay...

When considering metabolomic research what are some of the means by which it can be investigated? ( select all that apply ) Metabolomics refers to the use of highly sensitive analytical techniques...

Describe how a forensic lab should handle a toxicology blood sample said to contain ethanol and cocaine to include the importance of storage controls and potential stability issues that could lead to...

Select an organization: Douglas Emmett Inc (douglasemmett.com) and write a paper in which you need to address the following: Identification of the related industry for the firm assigned to your team,...

The owner of a professional basketball team is hiring a new coach. The chance that the team will get into the playoffs depends on how hard the coach works. If the coach is relaxed, the team has a 35%...

An international exporter who thinks the value of the dollar will increase and does not want to manage risk on the balance sheet would purchase Question 4 1 options: cumulative preferred stock...

Select the diagram ( s ) that present an accurate conceptual perspective of the statement below. A tutor helps a student to study. ( C ) Student ( C ) Tutor provides help to ( C ) Student ( C ) Tutor...

What KPIs would you consider using to evaluate customer relationships?

Using the available fields, identify some calculations or relationships that would support your KPIs from AQ1 to AQ4?

What do you notice about the variances for direct labor cost and overhead cost? What might explain the similarities or differences?