Answer:the answer is choici a
Explanation:
a base characterized by hydroxide ion so to be said concentrated it need the concentration of hydroxide
Answer: chlorophyll
Explanation: it has certain cells that are light-sensitive and capture that solar energy
Osmosis<span> is the movement of water and is always the movement in the membrane.</span>Diffusion<span> does not need a membrane to make molecules and </span>Diffusion<span> is the movement of molecules. they do not require energy, they both move from a high concentrate to a low concentrate, and they both occur in plants and animals.</span>
Bird skeletons are very delicate, and therefore, difficult to be preserved. The bones of the birds are soft. The small animals are very prone to physicochemical as well as biological decay. This is why the fossil record of bird is incomplete and well-preserved fossils of birds are rare to find, except at a few unusual sites.
Answer:
<h2>The more the BMR then more the person becomes weak and lean. So, since sample A has more BMR this means that the person A is lean or thin as compared to person B.
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Explanation:
1. Basal metabolic rate (BMR ), At rest, the metabolic rate is known as the basal metabolic rate (BMR). And at rest, the BMR is low compared to when the body is undergoing activities like exercise
.
2. During this resting state the body needs to use energy only to keep vital organs such as the heart, lungs and brain working properly.
3. The metabolic rate can be measured in many different ways:
i) Oxygen consumption
, ii) Carbon dioxide production and iii) Heat production.
4. As a general rule for BMR, the greater the mass of an organism the higher that organism’s metabolic rate is. It is the amount of energy cell or organism spends at the resting stage. The more the BMR then more the person becomes weak and lean. So, since sample A has more BMR this means that the person A is lean or thin as compared to person B.
5. So, BMR is higher per unit of body mass in small animals compared to larger animals, because the higher metabolic rate of small animals needs a greater delivery of oxygen to tissues around the body.