Explain the molecular processes occurring inside a transcription bubble.

Expert Solution

answered with explanation

queen_honey_blossom answered 2 years ago

Explain the molecular processes occurring inside a transcription bubble

1) Consider a soap bubble with radius, r. The pressure inside the bubble must be greater...

1) Consider a soap bubble with radius, r. The pressure inside the bubble must be greater than the pressure outside of the bubble. The surface tension of the bubble, y, supports the difference in pressure, delta p. Using dimensional analysis, formulate an expression for the pressure difference. 2) In 1945 the first atomic bomb was tested in New Mexico. The destructive power (Energy) of the bomb was kept classified however, following the release of *time* stamped pictures showing the bomb's...

What is the process occurring inside the Shell and Tube Heat Exchanger and what is the...

What is the process occurring inside the Shell and Tube Heat Exchanger and what is the driving force?

Experimental Studies of Reaction Rates Name two molecular processes and the timescales of these processes.

The processes of transcription and DNA replication are fundamental to the metabolism of cells. Describe the...

The processes of transcription and DNA replication are fundamental to the metabolism of cells. Describe the major stages of each of these two processes .Although very different in terms of biochemistry they do have organizational features in common. In your answer draw attention to some of these. Note Detail and comprehensive is explantation is required.

Calculate the gauge pressure (in Pa) inside a soap bubble 2.4 cm in radius using the...

Calculate the gauge pressure (in Pa) inside a soap bubble 2.4 cm in radius using the surface tension γ = 0.022 N/m for the solution. Enter a number with one digit behind the decimal point.

Diagram and explain transcription

How are the processes of mitosis and meiosis different? When are each occurring? What is the...

How are the processes of mitosis and meiosis different? When are each occurring? What is the final product of each? How does each process contribute to genetic variation that makes each human a unique individual?

Analyze the system flowchart in Problem 8, and describe in detail the processes that are occurring.

Consider the following reaction that is occurring inside a sealed container: CH4(g) + NH3(g) <-- -->...

Consider the following reaction that is occurring inside a sealed container: CH4(g) + NH3(g) <-- --> HCN(g) + 3H2(g) If we increase the volume of the sealed container without changing the temperature, will this affect the amounts of product and reactant in this container? If so, will the amounts of products increase or decrease? Briefly EXPLAIN!

Question