Reference no: EM133867548
CASE STUDY:
The ability of electricity to damage biological tissue is dependent on both current and voltage. A very high voltage source providing a very low current does not carry enough energy to harm you. For example, a tabletop Van de Graaff generator (those charged metal balls you see at the science museum) can generate voltages up to 100,000 volts. And yet, children regularly enjoy shocks and hair-raising experiences from these generators without being harmed. In contrast, a high current (even at relativity low voltage) contains enough energy to hurt you. A better indicator of the danger of an electricity source is therefore how much current it gets running through your body, which depends partly on voltage but also depends on resistance and the amount of current the source can provide.
Questions
1. In regard to the spinner flask,state on how blended cell suspension
2. Correlate the expansion in waste degradation to its upgrade microbial procedures.
3. What are the functions of the bioreactor frameworks in elementing the most cells and microorganisms
4. Relate the biocatalysts with the immobilized biocatalyst
5. What are the basics of the (CSTR),that render the (CFSTR), actionable?
6. Show the influence of the performance factors as induced by the bubble column bioreactor
7. Correlate the airlift bioreactors, with the draft tube
8. Priotize the hydrostatic strain as a component of the pressure-cycle fermenter
9. Shoiw how the Fluidized bed bioreactor is similar to all other disciplines of its nature
10. Which uniformly known parameter is not a perfusion bioreactor?