Mitosis
because the cell split into two identical copies!
Used in biology to figure out the genes that may be transferred from parent to child. Although this square doesn't determine the exact genes, it helps predict the chance of the child having particular genes.
Dna is found in chromosomes located in the nucleus, this dna allows genes and traits to be inherited.
Answer:
Taking into account that the food is "a good source of energy", Kayla would expect to see the highest number of grams per service in carbohydrates
Explanation:
Carbohydrates are molecules considered nutrients that represent the main source of energy for living beings. They are composed of carbon, hydrogen and oxygen, so they are also called carbohydrates.
Glucose, a simple sugar, is the most common energy substrate, capable of oxidizing to synthesize energy in the form of ATP, at the level of the mitochondria.
Carbohydrates can be found in cereals, and when it says on the label "good source of energy" it refers mainly to the high carbohydrate content of the food.
Other options do not apply because:
- <em><u>Proteins</u></em><em>, constitute the structural and repairing element of the organism, in addition to the transport of biomolecules and regulatory function in the form of enzymes.
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- <em><u>Fat</u></em><em> have a structural function and are the raw material for hormone synthesis, also playing a regulatory role. They provide reserve energy.</em>
- <em><u>Nucleic acids</u></em><em> are not a source of energy since they are in charge of storing genetic information and protein synthesis.</em>
<span>Your basic lens is the pinhole camera. You can illustrate
a picture to exemplify how the light rays bypass through the hole to outline a picture
on the screen. A lens is a development on the pinhole, but the pinhole result
is still there, defined by the width of the lens. In a camera, the width is
adjustable and that is what the f-stop embodies. A small f-stop means a small
hole and the pinhole effect permits focus in a large range. A large f-stop
means the focus has to be more accurate, and things in front or behind the
focus point are blurred. In a microscope you have no such adjustment, so depth
of focus is always the same meaning that some objects in front of and behind
the object being viewed will also come into view in focus.</span>
