To determine how many patient can be safely accepted from each level of severity.
(1.6 x 10^12) ÷ (8.01 x 10^23)
<span>(1.6 x 10^12) = 1.6e + 12
</span><span>(8.01 x 10^23) = 8.01e + 23
(1.6e + 12) + (8.01e + 23) =
61.123
</span>
Answer:
C) Increases its boiling point
Explanation:
Adding more solute to a solvent increases its boiling point! This is a phenomenon described by the colligative properties. When we add a solvent to a solute, the boiling point increases.
Put in vapor pressure terms, a liquid boils at the temperature when its vapor pressure equals the surrounding pressure. For the solvent, the presence of the solute decreases its vapor pressure by dilution. Thus, a higher temperature is needed for the vapor pressure to reach the surrounding pressure, and the boiling point is elevated.
Answer:
the answer c. is correct
Explanation:
During DNA replication, the two parental DNA strands must be separated so that both strands can be copied. The resulting structure known as 'replication fork' is generated by helicase enzymes that break hydrogen bonds that hold DNA strands together, thereby the two strands of the DNA double helix uncoil at a specific location called the origin. DNA replication always proceeds in 5' to 3' direction. In consequence, a new DNA strand referred to as 'leading strand' is continuously synthesized because this strand grows in the same direction (5' to 3' direction) of the replication fork's movement, while other new DNA strand referred to as 'lagging strand' is synthesized discontinuously in short pieces called Okazaki fragments.
a. Transpiration
This process is responsible for loss of water from aerial parts of plants.
b. Photosynthesis
This process is responsible for use of oxygen, water and sunlight to prepare food (glucose).
c. Cellular respiration
This process is involved in breakdown of glucose with help of oxygen, and the end products are CO₂ and energy.
d. Evaporation
It is a simple process related to conversion of water from liquid phase to vapours.
Conclusion
Thus it is concluded from above explanation that cellular respiration is responsible for returning carbon into atmosphere.