how are temperature the amount of heat transferred and change in in temperature of related
Depends on you
how are temperature the amount of heat transferred and change in in temperature of related
Archimedes accurately estimated the value of pi. He was also the Greek inventor that created the compound pulley and first device used for extracting water from below the surface of the earth as well.
It is always the last digit.
A beaker is used to measure volume using water displacement.
how are temperature the amount of heat transferred and change in in temperature of related
Depends on you
how are temperature the amount of heat transferred and change in in temperature of related
Archimedes accurately estimated the value of pi. He was also the Greek inventor that created the compound pulley and first device used for extracting water from below the surface of the earth as well.
Gases do not have a pH as pH is a measure of hydrogen ion concentration in solution in water. Carbon dioxide is sparingly soluble in water and mostly forms very weakly ionised carbonic acid. pH will be close to 7.
No. Tidal gauges only measure water levels.
estimated by head of water avilable
This is the value found from actually performing some experiment, rather than the theoretical value, which is found from reference material. This could be something like 'determine the density of water'.You can look up in a reference table the density of water at a given temperature - this is the theoretical value.Now you perform the experiment. You measure the temperature, then you get a graduated cylinder and measure the mass of the empty cylinder. Now fill the cylinder with a specific amount of distilled water. Measure the mass of the filled cylinder. Subtract empty mass to get the mass of the water. Now density equals mass/volume, so divide.This value obtained from the experiment is the experimental value.
Yes a teaspoon would be good to measure capacity of a milk carton.This is because density of milk is so close to that of water.
Yes a teaspoon would be good to measure capacity of a milk carton.This is because density of milk is so close to that of water.
You can't measure a plant with water.
No, you measure water in cups or ounces.