| |
|
African American Biography Puzzle
Purpose: The student will research a famous
African-American person and present their information to the class in
a puzzle/quiz format using Power Point. |
|
Objective 1: The student will use print resources
to research the person and use the data form to organize their information.
Objective 2: the student will document their
source correctly.
Objective 3: The student will produce a Who Am
I? puzzle/quiz in Power Point to show their class. |
|
Assignment: Look at our Who Am I? biography
puzzles! click here |
|
 |
| |
|
Simple
Machines
Purpose: The student will demonstrate how simple
machines work by labeling the types of simple machines in a Rube Goldberg
drawing and drawing their own machine. |
|
Objective 1: The student will be able to
correctly identify the simple machines on a Rube Goldberg drawing. |
|
Objective 2: The student will be able use the
library resources below to find information about simple machines & Rube
Goldberg.
|
|
Objective 3: Students will be able to
explain these terms associated with simple machines and how they work:
force, machine, work,
friction, lubricant, wheel & axle, pulley, inclined plane, screw, gear and
the three types of levers. |
Assignment: The student will label the simple
machines used in one Rube Goldberg drawing.
Then the students will draw their own machine using at least four different simple
machines. |
TEKS:
ELA- 1BD, 6A, 7B, 8C, 9F, 13A, 18E, 20B
SCI- 2ACE |
|
Resources
Print:
Nonfiction area - 621.8
"Machines in Action" series 621.8 ROY
"The Wheel" 521.8 LOC
"Machines We Use" 621.8 HEW
"The Science Book of Machines" 621.07 ARD
Online:
RISD Online Resources:
"Primary Search" terms: simple machines
Rube Goldberg:
http://www.rube-goldberg.com/html/gallery.htm
Friction Pages:
http://www.proteacher.com/110064.shtml
Types of Levers:
http://www.enchantedlearning.com/physics/machines/Levers.shtml
For Teachers:
Widget Workshop, CD 500 WID
Machine Shop AIMS Activities, PROF 621.81 MAC
|
|
Extreme Details
Day 1: We will do variations of these
activities from this web page:
Proteacher: Marvelous Machines - Friction 1, Friction 2, Overcoming
Friction 1 & Overcoming Friction 2. We will match work, force, friction,
lubricant, and machine with their definitions using sentence strips.
Day 2: A Searchasaurus search
will identify 6 simple machines and give examples. Students will use this
data page to record the
information. We will then use
this Power Point to review the 6 types of machines. If there
is time today, we will look at
the three types of levers and examples of each using the website:
http://www.enchantedlearning.com/physics/machines/Levers.shtml
Day 3: We are going to
play with the machines today! First we will look at the
Power Point again to review
the simple machines. Then we will look at the examples of the three types of
levers here:
http://www.enchantedlearning.com/physics/machines/Levers.shtml
Once we have done a quick review we will
then break into smaller groups and go through the room trying out the
different machines. If we have time we will look at a Rube Goldberg drawing
before we leave using this web page:
http://www.rube-goldberg.com/html/gallery.htm.
Day 4: After another quick review of the simple machines and what they do,
we will look closely at a few Rube Goldberg drawings. Each student will be
given their own copy of the drawing and I will project the drawing up on the
wall so we can all see it together. The drawings come from the Rube Goldberg
site:
http://www.rube-goldberg.com/html/gallery.htm. We will circle and label
all the simple machines we see in the drawings and discuss the purpose of
the machine. We will then discuss our final project: creating our own Rube
Goldberg machines.
Students may work with a partner or alone to create and draw a machine to
turn on the lights. The machine must contain at least 4 simple machines.
Day 5 & 6: It's all about the machines! We are creating and drawing our
machines. The finished creations will be displayed in the hallway.
Additional Investigation:
Student can
use the digital camera to take pictures of simple machines used around the
school.
Play the game: Mouse Trap. |
| |
| |
| |
|
back to the library home page |
| |