Answer the questions about the following processes in the space provided. You only need to indicate a process by its number.For each question, list as many processes as apply.

Process 1: 6CO2 + 6H2O --> C6H12O6 + 6O2

Process 2: C6H12O6 + 6O2 --> 6H2O + 6CO2 + energy

Process 3: C6H12O6 --> energy + 2CH3CHOHCOOH

Process 4: C6H12O6 --> energy + 2CO2 + 2C2H5OH

A: Glucose is broken down and energy is released in which process(es)? I picked 2.

B. Oxygen is not required for the release of energy in which process(es)? I picked 3,4.

C. Which two processes are found in plants? I picked 2,4.

D. Which two processes are found in animals? I picked 2,3,4.

Are these answers correct?

Answer:

Rotation of the earth on its axis.

Explanation:

• The earth is tilted at 23.5 degrees relative to its ecliptic plane and rotates in an anticlockwise direction around the sun this causes the winds in the earth to move from left to right in the northern hemisphere and in right to left in southern hemisphere knowns the Coriolis effect.

• The impact of sun rays creates a system n the earth's landscape that makes the earth produce temperature inversions and relative earth has three pressure cells that move in a cyclic order from the equator to the poles.

• It is also due to the angle of inclination around the sun that the earth experience cold and warm weather in summers as a result of the tilt the sun rays fall directly 90 degrees on the equator and are inclined toward the poles at the angle of 30 degrees.  

• Also, the presence of upper air jet streams and geostrophic winds influence the temperature ranges o the earth they bing in the warm and cold air masses from the other regions and equator being a region of mixing diverts all of these winds hence creating a good balance.

Explanation:

Decrease with denser air decreases as altitude increases....

Answer:

The correct answers are options B and D which are decreases as altitude increases and results from a column of air pushing on an area respectively.

Explanation:

Wegner simply defined it by saying that the continents were all together at one point in time. He defined this by explaining his Continental Drift theory. Hence option A is appropriate.

What is a Continental Drift Theory?

Alfred Lothar Wegner as is known as one of the foremost and most important people of his time. He was a Geologist as well as a climatologist.

Wegner during his time as a Geologist had given a path-breaking discovery that later the world cherished and became a ground for a lot of future generations. After, looking at the work of the solid spheres over time, and also by finding the Mesosauraus Fossil he could only come to the idea of Continental Drift Theory.

The Continental Drift Theory is such that, Wegner believed that during the Ancient Greek Civilizations, Earth was one big continent., Later on, the Pangea of the whole continent broke, and thus fragments of the continents started to float around and got separated. Hence, option A is correct.

Learn more about the Continental Drift Theory here:

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Answer:

A: the continents were at one time, joined together (and then somehow drifted apart)

Explanation:

Answer:

These are deep sea creatures and have different evolutionary phases

Explanation:

• Foraminifera is a name given to the hole beares called forams, they are a member of a phylum or class of protists, characterized by angular ectoplasm for catching their food, since they were discovered in 1854, they have been over 50,000 species and is less than 1 mm in size.

• Bering a marine organism they are commonly found in brackish,  freshwaters and even terrestrial areas. Most of them are unicellular and range from algae to nutrient-poor oceanic waters most of them have a concentration of calcium carbonate.

• Evolving in seafloor is diverse and abundant also used by the oil industries which heavily depends on microfossils. Width ranges from 5.5 to 4.4 mm.

Answer:

d) Distance and density are in exact agreement

Explanation:

• Distance From the sun is related to the density of the planets as most of the terrestrial planet have rocky cores and are made up of solid metals so, the density remains stable as the case of the earth having a density of 5.5g/cm cube.

• Planets near to the sun like the mercury have a density of 5.4g/cm cube and planets away from the sun like Saturn have a density of 1.2g/cm cube and Jupiter has 1.3g/cm cube. Thus it can be estimated that the nearness to the sun impacts the amount of the gases and gravity the planets can absorb.

• Four least dense planets are Saturn, Uranus, and Neptune, and Jupiter the farther we go density decreases as these planets tend to made entirely on gas and condensed icy crystals. As the solars winds blow away the gases from terrestrial planets