Answer:
What is a good example of a response-based definition of stress?
Bruce experiences stress because his heart rate increased when he noticed Jack had a knife.
Explanation:
Stress can have many different causes. In this case, it is produced by seeing danger in Jack by having a knife. His heart rate increases because this is a common response in stress, which would enable people to scape. It is important to control stress lebels.
A stressor is distinguished as a threat. If someone anticipates that it could lead to some kind of harm, loss, or other negative consequence. However, if you see the positive side and believe that it carries the potential for gain or personal growth, it would be appraised as a Challenge.
A plant is is a Eukaryotic (if that’s what you meant) and here are some note I took last year, hope they help :)
Answer:
a molecule of glucose is an example of potential energy
Explanation:
potential energy and kinetic energy
A) water rushing over Niagara Falls ====kinetic energy
B) light flashes emitted by a firefly ====kinetic energy
C) a molecule of glucose ====potential energy
D) a crawling beetle foraging for food====kinetic energy
Answers –
1. Macroeconomics
2. Economic cycle
1. Macroeconomics refers to the study of the whole economy and how it behaves. It is a branch of the field of economics which carefully examines various economy-wide phenomena like, inflation, price levels, national income, GDP (gross domestic product), growth rate, and changes in unemployment.
2. The time from one economic peak to another economic peak is called the economic cycle. Like a roller coaster ride, the economic cycle is more or less like a behavioral pattern in the economy that consist of both growing and shrinking phases
<h2>Answer:</h2>
The correct answer is option A which is, "Electrons are re-energized to be used in NADPH production".
<h3>Explanation:</h3>
In photosystem II, light energy is used to split water molecules which release electrons.
These electrons then move to photosystem I to reduce NADP to NADPH.
Hence electrons in photosystem II are ultimately used to produce NADPH and option C is the correct statement.
