Worksheetshow would miss cindi look if she was bald whag
Total questions: 17
Worksheet time: 9mins
Gay lussac
pressure and volume directly proportional
volume and temp. are indirectly proportional
pressure and temperature are directly proportional
volume and pressure and directly proportional
Boyles law
pressure and volume are directly proportional
pressure and temperature are indirectly proportional
temperature and volume are directly proportional
volume and pressure and indirectly proportional
Charel's law
temperature and volume are directly proportional
temperature and volume are indirectly proportional
volume and temperature and indirectly proportional
pressure and temperature are directly proportional
What has to stay constant for boyles law
volume
pressure
temperature
what has to stay constant for charels law
pressure
temperature
volume
what has to stay constant for gay lussac's law
tempreture
volume
pressure
which one of these are a pneumatic system
our lungs
our blood stream
a dump truck
which one of these are a hydraulic system
our lungs
dentist chair
dump truck
what is the difference between hydraulic and pneumatic systems
one uses compressed gas, the other uses flowing gas
one uses liquids, the other uses gas
one uses pressure, the other uses force
what is the correct definition of pascals law
when pressure is applied from an outside source fluid, the force is transferred equally in all directions.
when pressure is applied from an inside source fluid, the force is transferred equally in all directions.
when pressure is applied from an inside source fluid, the force is transferred partially in certain directions.
when pressure is applied from an outside source fluid, the force is transferred equally in some directions.
In the picture what is the force created if you press down the small piston in a closed hydraulic system?
6D
6F
6R
Which is boyles law
which is gay lussac's law
what will happen to the volume and pressure of a balloon once you try to compress it
the volume will decrease, and the pressure will increase
the pressure will decrease. and the volume will increase
flow rate?
the volume of fluid which passes per unit time
pattern of fluid motion that is characterized by chaotic changes in pressure and velocity
when a fluid flows in parallel layers without disruption
laminar flow?
pattern of fluid motion that is characterized by chaotic changes in pressure and velocity
when a fluid flows in parallel layers without disruption
the volume of fluid which passes per unit time
turbulent flow?
the volume of fluid which passes per unit time
when a fluid flows in parallel layers without disruption
pattern of fluid motion that is characterized by chaotic changes in pressure and velocity
