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Page 1 The Half Atwood’s Machine applies a constant force to a car, allowing you to measure how force and mass affect motion. TeacherGeek Parts Other Supplies TeacherGeek Tools Build a Half Atwood’s Machine to use with your TeacherGeek Car. • Sail Car • Electric Race Car • • Rubber Band Racer • String Tape Multi- CutterSKU 1823-81 Then complete the Half Atwood’s Lab! Hole PlatesSKU 1821-32 2 Dowels30cm (12in.)SKU 1821-20 2 1s et Pulley SetSKU 1821- 29 Stop ClipsSKU 1821-60 2 Screws25mm (1in.)SKU 1821-22 10 NAME QTY PICTUR E teachergeek.com teachergeek.com/atwoods Plastic Cup

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Page 1: teachergeek.org · Web viewThe Half Atwood’s Machine applies a constant force to a car, allowing you to measure how force and mass affect motion. Other Supplies Tape Plastic Cup

Page 1

TeacherGeek Parts

Other Supplies

TeacherGeek Tools

• Sail Car • Electric Race Car •

• Rubber Band Racer •

Build a Half Atwood’s Machine to use with your TeacherGeek Car.

String

Tape

Multi-Cutter

The Half Atwood’s Machine applies a constant force to a car, allowing you to measure how force and mass affect motion.

Then complete the Half Atwood’s Lab!teachergeek.com/atwoods

PICTURE

QTYNAME

10

Screws25mm (1in.)SKU 1821-22

2Stop Clips

SKU 1821-60

Pulley Set

1set

2Dowels30cm (12in.)

SKU 1821-20

2Hole Plates

teachergeek.com

Plastic Cup

The Half Atwood’s Machine applies a constant force to a car, allowing you to measure how force and mass affect motion.

TapePlastic Cup

String

Multi-Cutter

Page 2: teachergeek.org · Web viewThe Half Atwood’s Machine applies a constant force to a car, allowing you to measure how force and mass affect motion. Other Supplies Tape Plastic Cup

Page 2

Cut three 10 cm (4 in) dowels.

Wiggle the cut dowels into a hole plate’s corner holes.

Push a hole plate onto the other side.

Your base is done.

10 cm

(4 in)

Wiggle the largest pulley into the center of the dowel.

Slide the pulley into the hole under the empty

corner of the base.

Snap a stop clip on each side of the pulley’s axle.

Snap a stop clip on each side of the pulley’s axle.

100 cm (39 in)

Tape a 20 cm (8 in) piece of string to the cup, as shown.

Tie a 100 cm (39 in) string to the string from Step 9.

13 cm

(5 in)

Cut a 13 cm (5 in) dowel.

You are now ready to begin the lab! The lab will cover attaching the car and calibrating the machine.

Download Atwood’s Lab at teachergeek.com/atwoods

string

Slide the pulley into the hole under the empty

corner of the base.

Wiggle the largest pulley into the center of the dowel.

Your base is done.Push a hole plate onto the other side.

Wiggle the cut dowels into a hole plate’s corner holes.

Cut three 10 cm (4 in) dowels.