To solve this exercise we must apply the concept of Flow as the measure given to determine the volume of a liquid flowing per unit of time, and that can be calculated through velocity and Area, mathematically this can be determined as
Q = Discharge of Flow
A = Cross sectional Area
Velocity
The area of the cross section of the capillary tube is
The total Area by this formula:
Where,
Stands for area of capillary
n = Stands for number of blood vessels
Finally replacing at our first equation,
Therefore the average speed, in centimeters per second, of blood flow through each capillary vessel is 1.66cm^3/s
Answer:This practice wants students to understand the claims that people make when ... assess other people's claims – to use intuition, to use authority, but most importantly to ... Discuss with students how you might not use the word claim very often day to day ... Some also call it their “inner voice” or having a “sense” of something.
Explanation:
Answer and Explanation:
TRANSPORTATION OF HEAT THROUGH CONVECTION :
- The best example of heat transfer from convection process is fan when there is too hot and we switch on the fan then the air which are produced by fan cools the room this process of removing heat is called connective heat transfer.
- When milk is too hot and we want to drink it then we blow air across milk so that milk will become cool this is also a convection process.
TRANSPORTATION OF HEAT THROUGH RADIATION :
- The best example of heat transfer from radiation from radiation process is Sun from sun we got heat in form of radiation
- When we go on the roof in night in winter days it is so cooled this is also due to radiation process.