Genotypes are the different allele combinations that an organism has, while phenotypes are the traits that show up physically.
So, two organisms can have the same phenotypes by looking alike, but their genotypes may be, in fact, very different.
<span>Homozygotes for </span><span>the dominant allele and heterozygotes will both have the same phenotype. </span><span>Organisms have the same phenotype, or physical characteristics. They <span>do not </span></span>however, have the same genotype, or genetic makeup. If T represent tall, and t r<span>epresnts short then the organism will have the genotypes TT and Tt. If you make a </span><span><span><span><span> Punnett square you will have the same phenotype but different genotypes. </span> </span></span> </span>
Answer:
3 Mass can neither be created nor destroyed.
Explanation:
Not number 1 because The law of conservation of mass states that mass in an isolated system is neither created nor destroyed by chemical reactions or physical transformations. Not 2 One of these is called the law of conservation of mass , which states that during a chemical reaction, the total mass of the products must be equal to the total mass of the reactants. not 4 go back to number 1 and look why so its 3
<span>When comparing lakes and oceans, most lakes have : A ) lower levels of salt
-Hope this helps.</span>
Answer:
Power is measured at three different levels pertinent to flapping flight. The first level is metabolic power input (P met) to the muscles, directly of interest to a flying, foraging bird, and generally a realm of study for respiratory, thermal and chemical physiologists.P met is the rate the bird expends chemical energy to supply the flight muscles, and it may be measured using double-labeled ...
I guess it will be C: atoms and molecules because according to Jhon Dalton's
atomic theory :"all matter is made up of atoms"
and even if we think of other options think it by urself that not all matter is made up of them