Answer:
The depth of the fluid is: 3.208m
Explanation:
The pressure inside a fluid at rest is obtained with the following equation:
P= fluid density × acceleration of gravity × fluid column height
The pressure at the base of the container only due to the column of the fluid will be the pressure at the base of the container minus the atmospheric pressure:
P= 127KPa - 101KPa= 26KPa= 26000 (kg/(m×s²))
The pressure at the base of the vessel due to the height of the fluid column will be:
P= 26000 (kg/(m×s²)) = 826 (kg/m³) × 9.81 (m/s²) × hight
Therefore, clearing the height of the fluid shaft, the height of the container is obtained which will be:
Fluid column heigh= 26000(kg/(m×s²)) × (1/826) (m³/kg) × (1/9.81) (m/s²)
Fluid column heigh= 3.208m
Your body loses heat to the water faster than it loses heat to the air. Water has a higher heat capacity, so it is better at extracting heat than air is.
Answer and Explanation:
Bernoulli's Principle deals with Fluid dynamics and fluid includes both liquid and gas.
The Principle gives an inverse relation between the speed or velocity of the fluid and the pressure of the fluid. It gives the speed or velocity of the liquid over varying pressure.
Bernoulli's Principle states that for a given fluid,the low pressure region will have high speed or velocity and high pressure region will have low speed or velocity
For 12 density often has unit of grams per cubic centimeter (g/cm3)
