The answer is: Wind direction impacts the design of airports, including the location and orientation of the runway.
<h3>Further explanation
</h3>
Examine the accompanying wind rose diagram. Based on the information shown, determine the correct answers to the following questions.
Drag the appropriate labels to their respective targets. Note that there are twice as many blanks as answer choices. In other words, only half of the targets need to receive a label. Pay attention to the color coding and think carefully about the best position for each label when multiple locations seem possible.
The answer is: Wind direction impacts the design of airports, including the location and orientation of the runway. This relationship explains why planes circle above an airport so they can land in the correct orientation, and why they reorient themselves after taking off in a direction other than the direction they wish to fly. In our example, the longest spoke in the wind rose diagram indicates prevailing winds are coming from the NE and blowing toward the SW. Therefore, the correct orientation for the runway is along this path, with planes taking off in the SW to NE direction. This wind pattern can be found where NE trade winds are located.
<h3>Learn more</h3>
- Learn more about the color coding brainly.com/question/13049676
- Learn more about the appropriate labels brainly.com/question/6420375
- Learn more about Mastering Geology brainly.com/question/1037684
<h3>Answer details</h3>
Grade: 9
Subject: biology
Chapter: Mastering Geology/Oceanography
Keywords: the color coding, multiple locations, the appropriate labels, Mastering Geology, Oceanography
Answer:
<h3>As per the hints most applicable is a check that chromosome replication has been successfully completed this is because chromosome replication does not occur until after G1. Actually this checkpoint is G2.</h3>
Explanation:
During G2 phase cell undergoes rapid growth in size as well as protein synthesis takes place. During this process cell basically prepare itself for mitosis.
Answer:
The correct answer is a. three ATPs
Explanation:
Pentose phosphate is also known as hexose monophosphate shunt and this pathway is the alternative pathway through which glucose is oxidized.
Pentose phosphate pathways are used to produce many intermediated that contains 4 and 5 carbon sugars which are then used as the precursor for synthesis of amino acids and nucleic acids. It also provides precursors for the synthesis of glucose.
NADPH is also produced in this pathway which is used for the reduction of molecules by providing a source of electrons. No ATP generation takes place during the pentose phosphate pathway.
So all the statements are true except a. three ATPs.