Answer:
o Dominant/recessive genes
Cross: Rr x Rr (two round-seeded plants)
F1) 25% RR, 50% Rr, 25% rr
75% Rounded seeds, 25% elongated seeds
o Codominance
Cross: BB x WW (black chicken with white chicken)
F1) 100% BW
100% speckled chickens
o Incomplete Dominance
Cross: RR x rr (Red-flowered plant with white-flowered plant)
F1) 100% Rr
100% Pink-flowered plants
Explanation:
Due to technical problems, you will find the complete answer and explanation in the attached files
The answer is development.
In biology, development is refers to the transformation of an organism. It is a process where an organism transforms from a single cell to a multicellular organism with more complex structures, functions and the like.
You should draw these simple Punnett Squares as it's easy to see the answers:
1. Crossing RR x Rr results in all (100%) red cow offspring. 50% will be RR (homozygous dominant), 50% will be Rr (heterozygous).
2. Crossing Rr x Rr results in 3 red offspring (75%) and 1 white (25%). Genotypes though will be 25% RR, 50% Rr, and 25% rr.
3. Crossing rr x rr will result in 100% white offspring. All offspring will be rr.
Answer:The surface water is easier to get to.
Explanation:
The features that best describes the appearance of vascular bundles of a non-woody monocot stem is that they are scattered throughout the stem.<span> As the plant grows, </span>liliopsid<span> stems generate new </span><span>vascular </span><span>bundles for the new tissue. L</span>iliopsid<span> stems </span>normally<span> possess </span>an easier arrangement<span> than that found in dicots; </span>the most components<span> of the stem </span>are simply<span> the </span><span>vascular </span><span>bundles </span>and also the<span> pith (used for nutrient storage) that surrounds them.</span>