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No, a drop of water isn't even the same as another drop of water. They come in different sizes and aren't adequate for precision uses. For an amazing drop search "Pitch drop experiment".
you drop a remainder by answering in a full question
The size of a drop depends on the surface tension of the liquid (and gravity). A standard medicinal drop 50 microlitres.
Like drop 5 dollars for weed. or drop 10 or 20 it's just how much money your spending on weed
No
Yes, on average, the temperature decreases by about 6.5 degrees Celsius for every kilometer increase in altitude. This is known as the environmental lapse rate and is a general rule of thumb, although actual rates may vary due to factors like humidity and weather conditions.
There are many teachers who create programs for their students where they have to drag and drop the terms with their corresponding definition. Teachers like this as a learning tool.
Thrust would drop as altitude goes up.
BOILER EXPLOSION- Caused by a sudden drop in pressure (failure on the steam side) without acorresponding drop in temperature.
false
In very rough figures the B-29s were flying at about 30000 feet of altitude when they dropped the bombs and the bombs exploded at about 1500 feet of altitude. You can estimate from there.
False. That would move the data.
No. Air in a tornado rapidly rises in altitude. Air may sink gently in the centers of some tornadoes. As a tornado strikes, air pressure drops rapidly.
All you have to do to reduce the boiling point of water is go to a higher altitude and boil it.
Temperature and altitude are inversely proportional in the troposphere. This means that as one increases, the other decreases. Approximately 165 meters up in the troposphere is equivalent to a 1 degree Celsius drop.
The mesosphere is:Temperature drop with altitude;this is the coldest layer of the atmosphere.Meteors burn up in this layer.Radio waves reflected to Earth in this layer.Thank you.
False. Turbulence in airflow does not cause friction drop. Turbulence can actually increase drag and resistance in airflow, leading to more energy consumption and potentially reducing the overall efficiency of a system.