affects Integumentary System by making your body heat up making you sweat
dosent affect skeletal system
dose affect the muscular system by breaking muscle tisues.
dosent affect the nervous system
dosent affect Endocrine System
dose affect cardiovascular system by pumping blood faster getting musles oxygen and getting rid of carbon dioxide
dosent affect the urinary system as water in the system will leave though sweating.
affects the Respiratory System by causing it to breath faster to keep up with the amount of oxygen the body needed.
dose affect the lymphatic system by transporting fluids in the blood stream
extersising a few hours after eating will boost the digestive system eating to soon will result in regurgitation or affect how well you extersise
dose not affect the reproductive system
Answer:
because of you family member
Explanation:
D can be eliminated because the temperatures where changed in 3 ways, not two.
A is true, but doesn't apply to the actual experiment "design"
B we don't know for sure, it just looks like a cup/glass.
Best answer for you: C
C is true- it was tested with a single independent variable (one that does not change) on multiple trials (the different temperatures)
Answer:
a prezygotic barrier
Explanation:
Both wild tigers and lions are said to be reproductively isolated.
Reproductive isolation is defined as the existence of barrier between organisms of different species such that they cannot reproduce.
The mechanisms of reproductive isolation varies. While some act to prevent the formation of zygotes (in case of mating) between organisms of different species, some ensures that the resulting zygotes are invalid.
Reproductive isolation mechanisms that act to prevent fertilization and formation of zygotes are referred to as prezygotic mechanisms while those that ensure that invalid zygotes result (in case of successful fertilization) are referred to post zygotic mechanisms.
<em>The natural differences in the ranges of wild tigers and lions ensure that both animals do not mate with each other, let alone results in zygote. This is a form of pre-zygotic reproductive isolation mechanism.</em>
