Answer:
Electric potential energy to radiant energy and sound energy.
Explanation:
At the time of lightning, it is known that the clouds are at high electric potential and the surface of the Earth is at low potential. Because of this potential difference, the particles of the charge in the atmosphere possesses the capability to mediate from high potential to low potential.
At the same time, the presence of moisture and certain dipole gases in the atmosphere will possess the capability to show dissociation and because of this dissociation and movement of charge, the process of lightening takes place. Thus, here the electric potential energy of the charged particles will get modify and it will get transformed into sound energy, as it generates sound as well as the radiant energy at the same time in the form of lightning.
Answer:
1. The set of DNA and RNA sequences that determine the amino acid sequences used in the synthesis of an organism's proteins.
2. idk
3.Before a cell divides, its DNA is replicated (duplicated.)
4. A protein is made from amino acids, these form a strand of DNA
5.a mutation is the alteration of the nucleotide sequence of the genome of an organism, virus, or extrachromosomal DNA
6. idk
7.Cancer is the name given to a collection of related diseases
8. idk
9. idk
10. idk
Answer: 4/16 yellow Labradors, 9/16 black Labradors and 3/16 brown Labradors.
Explanation: Two dihybrids would have BbEe alleles. Using Mendel's chess table of independent segregation to show the offspring, we have the following results:
BBee - 1/16 - yellow
BBEe - 2/16 - black
BBEE - 1/16 - black
BbEe - 4/16 - black
Bbee - 2/16 - yellow
BbEE - 2/16 - black
bbEe - 2/16 - brown
bbEE - 1/16 - brown
bbee - 1/16 - yellow
If the offspring presents B_E_ phenotypes, it will have black pigment deposition. If the offspring presents bbE_ phenotypes, it will have brown pigment deposition. Otherwise, if it presents _ _ee phenotypes, there won't be any pigment deposition, therefore they are yellow.
Adding up all the phenotypes ratios, we have <u>4/16 yellow Labradors, 9/16 black Labradors and 3/16 brown Labradors</u>.
Answer:
B)
Explanation:
The answer is B, because as you go up in the trophic levels, energy is lost in the process.
