Homologous structures are those that: serve the same function in different organisms share an evolutionary and developmental history in different organisms occur on homologous chromosomes all of these

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Answer 1
Answer:

Answer: The correct answer is -

share an evolutionary and developmental history in different organisms.

Homologous structures can be described as structures in different organisms/species that share common ancestor or having same evolutionary lineage but do not necessarily perform similar functions.

For example - Forelimbs of bat and humans are considered as homologous structures but both perform different function.

Thus, second option is the right answer.

Answer 2
Answer: share an evolutionary and developmental history in different organisms 

an example would be the wing of a bat and a human arm.


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A botanist wants to observe the change in rate of growth of plants compared to the change in amount of rainfall on randomly selected days. Which one of the following tools would be the best choice for representing this data?

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The botanist will use "Auxanometer" for that !!!

Hope this helps!

Answer:

Line and scatter plot is the answer

Explanation:

1. All fungi are ____A. Photosynthetic
B. Heterotrophic
C. Autotrophic
D. Parasitic

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Answer:

All fungi are heterotrophic. (B)

The muscle in an animal that corresponds to the calf muscle in humans is

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Gastrocnemius is the calf muscle that is visible from the outside of the body. It attaches to the heel with the Achilles Tendon and originates behind the knee of the femur, crossing two joints.

The phase of cell division in which chromosomes align on the spindle equator halfway between the spindle poles is A. prophase.
B. telophase.
C. anaphase.
D. metaphase.

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Metaphase, I remember this because "meta" sounds like middle.

Which part of the amniotic egg stores the waste products produced by the. embryo?

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The allantois is one of the components of amniotic egg that handle waste collection and management in the embryo. It stores metabolic waste products, mainly uric acid. As the embryo grows in size, allantois also handle gas exchange.

Water is drawn upward from the roots through plant tissue to the leaves by

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water exaporates frm the leaves and other parts of the plant above the ground. The evaporation of water from the plant is called ''transpiration''. It occurs mainl through the stomata. However, as quickly as water is lost from the leaves, more water enters the roots and flows up the stem. The water flows up the plant in narrow pipes, rather like capillary tubes. These tubes make up the xylem. The walls of the tubes are made of lignin, which is hard and waterproof. In trees and shurbs the xylem tubes are one of the main components of wood. They do not contain living material and are therefore dead.` Water rises up the stem mainly by being ''pulled'' from above. The ''pull'' is created by the evaporation if water from the leaves. If you stop this by, for example, cutting iff the leaves or blocking the stomata, the flow of water up the stem slows down or stops. The drier the atmosphere, the greater is the rate of transpiration. In very dry wather, water may evaporate from the leaves faster than it is replaced from the soil. The plant then suffers from water shortage. Normally a plant's cells are full of water, and all the cells are pressing against each other within the epidermial covering. This helps to support the plant amd holds the leaves out flat. If a plant runs short of water, the cells lose water and go flabby. The plant then droops. This is called wilting. Plants living in dry places have all sorts of adaptations for not  

THE CORRECT ANSWER IS A) CAPILLARY ACTION