

Pressure
Presentation
•
Science
•
9th Grade
•
Practice Problem
•
Medium
+4
Standards-aligned
Mike Bickerman
Used 16+ times
FREE Resource
8 Slides • 3 Questions
1
VOCABULARY: Pressure - the result of a force distributed over an area.
Fluid - substance that assumes the shape of its container.
PAGE
DATE
REFLECTION:
2
GOAL:
VOCABULARY: Pressure - the result of a force distributed over an area.
Fluid - substance that assumes the shape of its container.
PAGE
DATE
LESSON:
A. Pressure
To calculate pressure, divide the force by
the area over which the force acts.
a.
3
GOAL:
VOCABULARY: Pressure - the result of a force distributed over an area.
Fluid - substance that assumes the shape of its container.
PAGE
DATE
LESSON:
A.
Pressure
To calculate pressure, divide the force by
the area over which the force acts.
b.
Pressure = Force
Area
a.
4
GOAL:
VOCABULARY: Pressure - the result of a force distributed over an area.
Fluid - substance that assumes the shape of its container.
PAGE
DATE
LESSON:
A.
Pressure
To calculate pressure, divide the force by
the area over which the force acts.
b.
Pressure = Force
Area
c.
The Pascal (Pa) is the SI unit of pressure.
Short for Newtons/m2.
a.
5
Multiple Choice
It the area of an object gets bigger, but the force stays the same, what happens to the amount of pressure?
Pressure goes up
Pressure goes down
Pressure stays the same
The pressure could go up or down
6
Fill in the Blanks
Type answer...
7
GOAL:
VOCABULARY: Pressure - the result of a force distributed over an area.
Fluid - substance that assumes the shape of its container.
PAGE
DATE
LESSON:
A.
Pressure
a.
To calculate pressure, divide the force by
the area over which the force acts.
b.
Pressure = Force
Area
c.
The Pascal (Pa) is the SI unit of pressure.
Short for Newtons/m2.
B.
Pressure in Fluids
a.
Water pressure increases as depth
increases.
REFLECTION:
8
GOAL:
VOCABULARY: Pressure - the result of a force distributed over an area.
Fluid - substance that assumes the shape of its container.
PAGE
DATE
LESSON:
A.
Pressure
a.
To calculate pressure, divide the force by
the area over which the force acts.
b.
Pressure = Force
Area
c.
The Pascal (Pa) is the SI unit of pressure.
Short for Newtons/m2.
B.
Pressure in Fluids
a.
Water pressure increases as depth
increases.
b.
The pressure in a fluid at any given depth is
constant.
REFLECTION:
9
GOAL:
VOCABULARY: Pressure - the result of a force distributed over an area.
Fluid - substance that assumes the shape of its container.
PAGE
DATE
LESSON:
A.
Pressure
a.
To calculate pressure, divide the force by
the area over which the force acts.
b.
Pressure = Force
Area
c.
The Pascal (Pa) is the SI unit of pressure.
Short for Newtons/m2.
B.
Pressure in Fluids
a.
Water pressure increases as depth
increases.
b.
The pressure in a fluid at any given depth is
constant.
c.
Pressure is exerted equally in all directions
in a fluid.
REFLECTION:
10
Multiple Choice
The pressure at the top of a column of fluid is ______ than the pressure at the bottom of the fluid.
greater
less
equal
changes depending on the fluid
11
GOAL:
VOCABULARY: Pressure - the result of a force distributed over an area.
Fluid - substance that assumes the shape of its container.
PAGE
DATE
LESSON:
A.
Pressure
a.
To calculate pressure, divide the force by
the area over which the force acts.
b.
Pressure = Force
Area
c.
The Pascal (Pa) is the SI unit of pressure.
Short for Newtons/m2.
B.
Pressure in Fluids
a.
Water pressure increases as depth
increases.
b.
The pressure in a fluid at any given depth is
constant.
c.
Pressure is exerted equally in all directions
in a fluid.
C.
Air Pressure and atmosphere
a.
Air pressure decreases as the altitude
increases.
VOCABULARY: Pressure - the result of a force distributed over an area.
Fluid - substance that assumes the shape of its container.
PAGE
DATE
REFLECTION:
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