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Density: *Objective 5-1 Define density and describe what density of solids and liquids depends on and does NOT depend on a.
Density:
*Objective 5-1 Define density and describe what density of solids and liquids depends on and does NOT depend on
a. Mathematical formula for density ____________________________________________________________
b. Density of solids and liquids depends on ______________________________________________________
c. Density of solids and liquids does NOT depend on _______________________________________________
*Objective 5-2 Predict density of objects relative to water based on whether they float or sink in water
a. Density of water is ______ g/cm3
b. Density of objects that float on the surface of water _____________________________________________
c. Density of objects that sink in water __________________________________________________________
d. Behavior of a neutrally buoyant object ________________________________________________________
e. Density of objects that are neutrally buoyant in water ___________________________________________
f. Example of a living thing that can become neutrally buoyant in water _______________________________
Buoyancy:
*Objective 5-3 Define buoyant force, state what it is equal to, and how heavy objects can float in a fluid
a. Buoyant force ____________________________________________________________________________
b. Magnitude of buoyant force is equal to ________________________________________________________
c. The amount of fluid that must be displaced by an object floating on the surface of the fluid is equal to _____
Pressure:
*Objective 5-4 Define pressure and describe the cause of gas pressure according to the kinetic theory of matter
a. Pressure definition ________________________________________________________________________
b. Kinetic Theory of Matter ___________________________________________________________________
c. Cause of gas pressure _____________________________________________________________________
*Objective 5-5 State Bernoulli’s principle, contrast fluid speed across curved surfaces vs. flat surfaces, describe how airplane wings use Bernoulli’s principle to produce lift, and describe other applications of Bernoulli’s principle
a. Definition of fluid ________________________________________________________________________
b. Example of a fluid ________________________________________________________________________
