Come up with a hypothetical scenario, illustrating the legal concepts of environmental law. There are no right or wrong answers, but for your own learning purposes, try to precisely and explicitly identify specific legal concept(s) by name and provide examples to support whatever points you make. 100 words or more

We have a heat exchanger tube whose speed is doubled. How will the α-value and the pressure drop be affected by this, ie how much will their value increase as a percentage? What circumstances (factors) decides the choice of optimum speed?  

1. Ethylene is produced by the dehydrogenation of ethane and the following reactions took place

C₂H₆ --> C₂H₄ + H₂

C₂H₆ + H₂ --> 2CH₄

Using molecular balance. Calculate % Yield of C₂H₄, if the % conversion of C₂H₆ is 80 % and the selectivity, mole C₂H₄ per mole CH₄, is 1.75. Calculate also the % composition by mole of the product gases.

Two continuous stirred-tank fermenters are connected in series, the first having an operational volume of 100 L and that of the second being 50 L. The feed to the first fermenter is sterile and contains 5000 mg/L of substrate, being delivered to the fermenter at 18 L/h. If the microbial growth can be described by the Monod kinetic model with µm= 0.25 h-1 and Ks = 120 mg/l. What would happen if the flow were from the 50 L fermenter to the 100 L fermenter?

1. What do you think is the ideal world human population size? Is this different than humans’ carrying capacity? Explain.

2. What policies or methods might encourage smaller families in developing countries? Focus on positive changes that encourage CHOOSING smaller families instead of focusing on government-mandated requirements.

3. In many developing countries, larger families are desired, while developed countries tend to prefer smaller families. What factors influence these decisions?

4. A declining population rate has its own problems. Discuss what issues may arise for the country as it transitions to a falling fertility rate.

5. Who do you think has a bigger role in curbing the effects of human population growth: the countries with high fertility rates or the countries with high consumption rates? Explain.

How can the temperature of the incoming air affect the effect of the gas turbine? Describe this by drawing a T-s diagram. Also draw a T-s diagram for how the compression ratio affects the effect and a T-s diagram for how the combustion temperature affects the effect.

Which trade goods from the past are still in high demand today from Sea roads, Silk Roads or Story of India?

Why does the moon have less gravity and how does the moon stay in orbit?

1. how does serpentinite form? I.e. what type of metamorphism?
2. What is one MAIN way to distinguish quartzite from marble since they often look similar? Think about the physical properties you used to test minerals.

Match the general circulation component with the correct description.

Group of answer choices

ITCZ

      [ Choose ]            between the ITCZ and about 30 degrees north and south; surface winds that flow towards the equator            zones at about 30 degrees north and south where cool air from altitude descends creating high pressure            where the westerlies and polar easterlies converge; mild rising of air masses produces low pressure            descendiung air over the poles that produces persistent high pressure            surface wind traveling from pole towards equator            Intertropical convergence zone at about 5 degrees north where warm air rises            surface winds traveling poleward from about 30 to 60 degrees      

Trade winds

      [ Choose ]            between the ITCZ and about 30 degrees north and south; surface winds that flow towards the equator            zones at about 30 degrees north and south where cool air from altitude descends creating high pressure            where the westerlies and polar easterlies converge; mild rising of air masses produces low pressure            descendiung air over the poles that produces persistent high pressure            surface wind traveling from pole towards equator            Intertropical convergence zone at about 5 degrees north where warm air rises            surface winds traveling poleward from about 30 to 60 degrees      

Subtropical highs

      [ Choose ]            between the ITCZ and about 30 degrees north and south; surface winds that flow towards the equator            zones at about 30 degrees north and south where cool air from altitude descends creating high pressure            where the westerlies and polar easterlies converge; mild rising of air masses produces low pressure            descendiung air over the poles that produces persistent high pressure            surface wind traveling from pole towards equator            Intertropical convergence zone at about 5 degrees north where warm air rises            surface winds traveling poleward from about 30 to 60 degrees      

Westerlies

      [ Choose ]            between the ITCZ and about 30 degrees north and south; surface winds that flow towards the equator            zones at about 30 degrees north and south where cool air from altitude descends creating high pressure            where the westerlies and polar easterlies converge; mild rising of air masses produces low pressure            descendiung air over the poles that produces persistent high pressure            surface wind traveling from pole towards equator            Intertropical convergence zone at about 5 degrees north where warm air rises            surface winds traveling poleward from about 30 to 60 degrees      

Polar fronts

      [ Choose ]            between the ITCZ and about 30 degrees north and south; surface winds that flow towards the equator            zones at about 30 degrees north and south where cool air from altitude descends creating high pressure            where the westerlies and polar easterlies converge; mild rising of air masses produces low pressure            descendiung air over the poles that produces persistent high pressure            surface wind traveling from pole towards equator            Intertropical convergence zone at about 5 degrees north where warm air rises            surface winds traveling poleward from about 30 to 60 degrees      

Polar easterlies

      [ Choose ]            between the ITCZ and about 30 degrees north and south; surface winds that flow towards the equator            zones at about 30 degrees north and south where cool air from altitude descends creating high pressure            where the westerlies and polar easterlies converge; mild rising of air masses produces low pressure            descendiung air over the poles that produces persistent high pressure            surface wind traveling from pole towards equator            Intertropical convergence zone at about 5 degrees north where warm air rises            surface winds traveling poleward from about 30 to 60 degrees      

Polar highs

      [ Choose ]            between the ITCZ and about 30 degrees north and south; surface winds that flow towards the equator            zones at about 30 degrees north and south where cool air from altitude descends creating high pressure            where the westerlies and polar easterlies converge; mild rising of air masses produces low pressure            descendiung air over the poles that produces persistent high pressure            surface wind traveling from pole towards equator            Intertropical convergence zone at about 5 degrees north where warm air rises            surface winds traveling poleward from about 30 to 60 degrees      

Q5 - Anthropogenic Carbon Flux

What is the total anthropogenic flux to the atmosphere, including both fossil fuels and land use, in PgC? We're looking for the flux to the atmosphere, not the net flux (don't subtract out red fluxes from atmosphere to land or ocean).