It would be Fn Fn
The heterozygous gene is the one that is least common. The sentence states that the red color is the dominant trait meaning the white color is the heterozygous trait. And you need two of them which means two Fn
Continental shelves were formed in between glacial periods as the ocean flowed over the continents forming shallow areas along the coasts. ... The continental margin is a combination of the continental shelf and slope, a varied seascape with underwater canyons carved out by turbidity currents
Muscles of the axial skeleton might have an origin or insertion on any of the following except option 2 humerus, femur.
The axial skeleton is comprised of the 80 bones that form your body's central core. This includes your skull, neck, back, and chest bones. Your brain, spinal cord, and organs are all protected and cushioned by your axial skeleton. The skull, laryngeal skeleton, vertebral column, and thoracic cage are all part of the axial skeleton. The humerus and femur are the bones that correspond to the arms and legs, respectively. While their parts are similar in general, their structures have been modified to serve different purposes. The humeral head is nearly hemispherical, while the femoral head is roughly two-thirds of a sphere.
Learn more about axial skeleton here:
brainly.com/question/11314453
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They both release CYTOKINES :)
Haha :) I know this is right because I just got quizzed on it before spring break
Answer:
The given steps are of light phase of photsynthesis.
1)A photon of light excites photosystem II.
2)A water molecule is split, the electrons are transferred to photosystem II.
3)Oxygen is formed as an endproduct.
4)An electron is transferred from photosystem II to the primary electron acceptor.
5)ATP is synthesized as the electrons pass through an electron transport chain to photosystem I.
6)A photon of light strikes photosystem I, an excited electron is transferred to the primary electron acceptor.
7) An electron is transfered from an electron transport chain from photosystem II to photosystem I's primary electron acceptor.
8)Electrons are passed from photosystem I through an electron transport chain.
9)NADP+ is reduced to NADPH.
Explanation:
Please look in the attached file for diagrammatic explanation.