A, C, D i believe are the answers...
A genetic code determines the physical traits of the body is the statement which describes the genetic code in a human.
Explanation:
A genetic code is a “set of rules” which aids in encoding the genetic information encoded as DNA or RNA sequences in the genetic material and translating it into respective proteins through amino acid sequencing by the living cells. This transfer of information takes place through transcription and translation.
The encoding takes place by reading the nucleotide sequence present as codons on the mRNA. Each of This nucleotide basically is constructed with a deoxyribose sugar and phosphate molecule along with four nitrogenous bases – adenine, guanine, cytosine and thymine and occur as base pairs in a nucleotide.
Based on these nucleotide base pairing, the genetic code varies from person to person and defines individual genetic code for humans.
Thyroid nodule produces the hormones that change your voice
(hope this helps)
middle-distance running, in athletics (track and field), races that range in distance from 800 metres (roughly one-half mile) to 3,000 metres (almost 2 miles).
Answer:
When comparing a weel-designed muscular strength workout to a well-designed muscular endurance workout, the difference between is muscular strength was assessed by the one-repetition maximum (1RM) ... well-designed MRT exercises seem to be effective for improving muscular fitness.
In strength training, muscular endurance refers to the number of repetitions of a single exercise you can do without needing to stop and rest. Examples include how many times you can do a full squat, a sit-up, or a bicep curl with a light-to-moderate weight before breaking form.
The specific type of muscular endurance used during cardiovascular fitness activities such as running, swimming, or cycling is usually called cardiovascular endurance or cardiorespiratory endurance and is different from the strength training definition. Endurance training for these types of physical activities builds the energy systems of the body, the muscle fibers, and capillaries that can sustain long periods of exercise, such as running a marathon or cycling a 100-miler.
