The correct answer is B. Gene Flow because gene flow is the mechanism of a change in the gene composition in a population as a result of migration. PLEASE MARK ME THE BRAINIEST.
if its a polar reigon and you are adding cold water it mainly depends on how hot or the tempurture of the water but i say yes it will melt
Answer:
Our environment is very important to us because it is where we live and share resources with other species. ... Environmental science enlightens us on how to conserve our environment in the face of increasing human population growth and anthropogenic activities that degrade natural resources and ecosystems.
Explanation:
Our environment is very important to us because it is where we live and share resources with other species. ... Environmental science enlightens us on how to conserve our environment in the face of increasing human population growth and anthropogenic activities that degrade natural resources and ecosystems.
We have that "J.J. Thomson proposes a new model of the atom" statement refers to the Plum Pudding model by the scientist J.J. Thomson.
From the question we are told
Thomson proposes a new model of the atom?
Generally
- J.J. Thomson was a scientist that dedicated his lives work to studding atoms and its particles
- J.J. Thomson is most famous for his evolutionary work with the cathode ray tube
- The Cathode ray tube gave rise to the discovery of the electrons at that time was called little negatively charged particles within the atom
- This caused J J Thompson to propose a law which stated that atoms where particles which were made up of negative charge around Positive charges
- This was called Plum Pudding
Therefore
"J.J. Thomson proposes a new model of the atom" statement refers to the
Plum Pudding model by the scientist J.J. Thomson.
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The physiological state in which all body systems are in balance and functioning normally is homeostasis.
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Homeostasis is the tendency to maintain a balanced (relatively constant) internal environment and it can also be defined as the stable state of an organism. Homeostasis is maintained at many levels, not just the level of the whole body (blood sugar levels, pH, fluid balance…). Each of these is controlled by one or more homeostatic mechanisms (feedbacks for example).</span>
