Initially you need to find the specific heat of the granite. It is found in tables.
With that data, you can apply the equation: Q = m * C * ΔT
Where:
m = 17 kg
ΔT = 45°C - 21°C = 24 °C
And, from a table the specific heat, C, of granite is 790 J/kg°C
Therefore, you get: 17 kg * 790 J/kg°C * (24°C) = 332,320
This answer is pretty close to the option A, and you can conclude that the difference is due a small difference in the specific heat used.
Answer: option A.
The correct answer is filtration.
The small molecules can cross in and out of the capillaries through facilitated or simple diffusion. However, the majority of the flow of capillary and tissue fluid takes place through the process of filtration and reabsorption. Filtration refers to the movement of the fluid out of the capillaries and is mediated by the capillary hydrostatic pressure.
Answer:
Explanation:
Hot tubs are vulnerable to contamination because of there high temperature and open-top body which makes it a good environment for some bacteria (such as Legionella) to grow.
The addition of chlorine to a hot-tub does not fix this issue because chlorine (and other common disinfectant) easily breakdown in high water temperature and thus cannot operate at the high temperature of the hot tubs.
I think it’s true
Explanation:
