Answer:
Apple (Malus domestica) is an <u>angiosperm</u> whose reproductive parts are shown in figure below. <u>Above are the schematic diagrams</u> with detailed labeling. <em><u>Below are the self-drawn images</u></em> showing Androecium,gynoesium, zygote, and seed specifically.
Hope it helps.
Answer:
I agree with her.
Explanation:
ATP definitely is the most widely used high energy molecule - especially for cells. But, it is not absolutely necessary for some "passive" cellular mechanics. We can look at passive diffusion of cellular processes which may include; passive diffusion of water, or sugar molecular across a cellular membrane.
Answer:cacti
Explanation:
In an ecosystem,the ultimate source of energy is the sun. Plants take up this energy from the sun to produce food. Animals eats up plants and when they die ,they decompose. This continuing process leads to the transfer of energy from one trophic level to another in the ecosystem.
Plants ,algae and some bacteria are the primary producers in the ecosystem.they are able to make their own food and support the entire living system. They extract inorganic nutrients and energy from the environment, in order to make their food. Animals(herbivores) eats up the plants and other animals(carnivores) eat up such animals. This situation sets up a chain of flow of energy from the producer to the consumer and back to the environment.
<span>In the digestive system, the food and the
products of digestion pass through the muscular tube known as intestine. It extends
from the lower end of the stomach to the lower opening tract of the digestive
tract or the anus. The intestine is divided into two sections, the small and
large intestine. Although both parts receive the digestion and product of the
food, they differ in some areas. For the small intestine, its main function is
to carry out most of the digestive process such as absorbing the entire
nutrient you get from foods into your bloodstream. This function is not present
in the large intestine because the digested food is mixed with the digestive
juices form the small intestine and no nutrients left for the large intestine
to handle.</span>
If your body lacks enzymes that break down
carbohydrates, it would be unable to get sugar molecules for energy production.
If you lacked the enzyme to digest proteins, you may not absorb enough amino
acids.
<span>The digestive system in our body changes
carbohydrates into glucose; also known as blood sugar to be use as an important
source of energy. Meanwhile, amino acids are organic compounds that combine to
form proteins, which are the building blocks of life.</span>
