Bony fish belong to Class Osteichthyes, while cartilaginous fish belong to Class Chondrichthyes. Bony fish have a bony skeleton, while cartilaginous fish have one composed mostly of cartilage. Bony fish have body coverings of scales, while cartilaginous fish are covered with dendritical projections (think shark skin).
Bony fish are found in fresh and salt water; cartilaginous fish are found only in salt water. Bony fish have gills covered by an operculum; cartilaginous fish have gill slits. Bony have no eyelids; the cartilaginous fish do. Bony fish have an air-filled swim bladder; cartilaginous fish have an oil-filled liver to keep them bouyant. Hope this helps! Whew!
Answer:
Phenotype genotype Number of individuals
Red RR 245
Pink Rr 210
White rr 45
Number of alleles in total
R = 245 + 245 + 210 = 700 ---> 700/1000= 0.7 R frequency
r = 210 + 45 + 45 = 300 -----> 300/1000 = 0.3 r frequency
Predict (Hardy Weinberg) genotype frequencies=
p^2 + 2pq + q^2 = 1
p= 0.7
q=0.3
0.49 + 0.42 + 0.9 =1
According Punnett Squares in F1 we have=
Rr* rr = Rr 50% and rr 50%
Pharmaceutical or medical supply representatives may be scheduled to see the physician if the facility's policies on sales people permits it.
- Medical representatives, often known as pharmaceutical sales representatives or medical sales representatives, market and sell the products of pharmaceutical and medical device manufacturers. To raise awareness of a particular company's medical goods, they employ a number of tactics.
- Any type of drug used for medical treatment, such as sleeping pills or cough syrup, is referred to as a pharmaceutical. You may be familiar with the terms "pharmacy" and "pharmacist," both of which refer to establishments where you can purchase prescription medications.
- The term "pharmaceutical science" designates a group of academic disciplines that include Pharmacoeconomics, clinical sciences, drug delivery, drug action, drug discovery and design, and regulatory affairs.
To learn more about pharmaceutical.
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Produce energy usable by the cells of their respective organisms.
Answer:
Si.
Explicación:
Sí, un gas se puede condensar cuando su temperatura disminuye porque cuando la temperatura del área circundante del gas disminuye, se produce una condensación que cambia el estado de la materia i. mi. de gas a estado líquido. La principal razón de esta condensación es la aproximación de moléculas de gas que están muy alejadas unas de otras. Con una temperatura más baja, el volumen disminuye y las moléculas de gas se combinan para formar un líquido.
