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Snowplow slider presentation

Starts on slide #14

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Turning activities into student-driven investigations

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Table of Contents

Date

Entry/Presenter

Page Number

09/14/2021

Blast-Off. Louise Huffman

?

09/15/2021

Wheel of Inquiry, Louise Huffman

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Left Side

Presentation Notes

Title

Right Side

Classroom Ideas/Creative Side

Ideas, reflections, action items.

Wheel of Inquiry Louise Huffman

9/15/2021

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Alka Seltzer

Investigations

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Things you tried

changing…

(or could)

Things that you could measure

(related to the flight)

Independent or

Manipulated Variables

Dependent or

Responding Variables

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Wheel of Inquiry

How does the . . .

_________________________

How does the

_________________________

How does the . . .

_________________________

How does the . . .

_________________________

affect the . . .

_____________

__________?

affect the . . .

_____________

__________?

affect the . . .

_____________

__________?

affect the . . .

_____________

__________?

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Wheel of Inquiry

How does the . . .

number of AS

How does the . . .

crushing of AS

How does the . . .

amount of shaking

How does the . . .

amount of water

affect the . . .

height of the rocket?

affect the . . .

time to launch

affect the . . .

speed of the

rocket?

affect the . . .

amount of payload.

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Wheel of Inquiry

How does the . . .

number of AS

How does the . . .

crushing of AS

How does the . . .

amount of shaking

How does the . . .

amount of water

affect the . . .

height of rocket

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READING:

Wheel of Inquiry by Wendy Pierce

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Snowplow slider presentation

Starts on slide #14 for Greenland 2022 workshop

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Turning activities into student-driven investigations

(using the Wheel of Inquiry)

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Table of Contents

Date

Entry/Presenter

Page Number

3/4/2022

Blast-Off. Louise Huffman

?

33/4/2022

Snowplow Sliders. Bill Grosser

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Left Side

Presentation Notes

Right Side

Classroom Ideas/Creative Side

Ideas, reflections, action items.

Snowplow Sliders Bill Grosser

3/4/22

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ISBE: “Enthusiasm and curiosity ..., which have a major impact on students' motivation to engage in science in a way that allows them to acquire knowledge”

ISBE: “Pupils can construct (for them) new knowledge by exploring or investigating a problem or question.”

ISBE: Empirical competence (observation and description, experimentation, classification, manual skills, data collection and processing, security, assessment of uncertainty and appropriateness, criticizing methods, generalization between practice and theory, ...)

“Learning is a performance” Howard Gardner

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Learning Cycle

Exploring Snowplows Sliders

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Learning Cycle

Exploring Snowplows Sliders

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Exploring Snowplows Sliders

Parts of the System:

  • Snowplow slider
  • Marble (Energy Sphere)

Exploration Task

Design/make a snowplow that can be pushed by a marble (energy sphere) without tipping over.

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Parts of the System

  • Snowplow slider
  • Marble (Energy Sphere)
  • Ruler ramp
  • Blocks

Exploration Task

Use the ramp/block/sphere system to push the snowplow different distances between 5-60 cm.

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Things we changed (or could change) to make the plow move different distances.

Things that we could measure

(related to the snowplow slider)

Independent or

Manipulated Variables

Dependent or

Responding Variables

Planning and Carrying Out an Investigation

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Wheel of Inquiry

How does the . . .

Marble starting position on the ruler

How does the . . .

Number of blocks

How does the . . .

Design of slider snowplow

How does the . . .

Type of marble

affect the distance the plow slides?

How many cm does the snowplow slide if I change how far up the ruler the marble starts?

Investigation Question

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How many cm does the snowplow slide if I change how far up the ruler the marble starts?

Investigation Question

Snowplow Sliders Bill Grosser. 3/4/22

IV: Marble start position up the ruler (cm)

DV: How far the snowplow gets pushed (cm)

Marble Start Position (cm)

Snowplow Slide Distance (cm)

  • At least 5 data points resulting in 5-60 cm snowplow push

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How many cm does the snowplow slide if I change how far up the ruler the marble starts?

Investigation Question

Snowplow Sliders Bill Grosser. 3/4/22

Start Position (cm up ruler)

Snowplow Slide Distance (cm)

0

0 10 20 30 40 50 60 70 80

  • At least 5 data points resulting in 5-60 cm push
  • Graph of your data

ISBE: Empirical competence (observation and description, experimentation, classification, manual skills, data collection and processing, security, assessment of uncertainty and appropriateness, criticizing methods, generalization between practice and theory, ...)

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How many cm does the snowplow slide if I change how far up the ruler the marble starts?

Investigation Question

Snowplow Sliders Bill Grosser. 3/4/22

Start Position (cm up ruler)

Snowplow Slide Distance (cm)

0

0 10 20 30 40 50 60 70 80

ISBE: Empirical competence (observation and description, experimentation, classification, manual skills, data collection and processing, security, assessment of uncertainty and appropriateness, criticizing methods, generalization between practice and theory, ...)

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How many cm does the snowplow slide if I change how far up the ruler the marble starts?

Investigation Question

Snowplow Sliders Bill Grosser. 3/4/22

Start Position (cm up ruler)

Snowplow Slide Distance (cm)

0

0 10 20 30 40 50 60 70 80

  • At least 5 data points resulting in 5-50 cm push
  • Graph of your data
  • Best fit line
  • Slope of line

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Investigation Question

Snowplow Sliders Bill Grosser. 3/4/22

Start Position (cm up ruler)

Snowplow Slider Distance (cm)

0 5 10 15 20 25 30 35 40

0 10 20 30 40 50 60 70 80

Rise = 60 cm snowplow pushed

Run = 30 cm up ruler

Slope = 60 cm pushed

30 cm up ruler

Slope = 2 cm pushed

each cm up ruler

Plow dist. = 2 cm pushed * Release Position (cm up ruler)

.cm up ruler

Y = mX + b

For every cm I started the marble higher on the ruler,,, the snowplow got pushed…

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Investigation Question

Snowplow Sliders Bill Grosser. 3/4/22

Start Position (cm up ruler)

Snowplow Slider Distance (cm)

0 5 10 15 20 25 30 35 40

0 10 20 30 40 50 60 70 80

Y = mX + b

Plow dist. = 2 cm pushed * Release Position (cm up ruler)

cm up ruler

Snowplow

Challenge

Distance

Actual

Distance

cm

missed

(Points)

8 cm

28 cm

15 cm

40 cm

55 cm

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Turning activities into student-driven investigations

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Slides used in previous presentations follow.

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Wheel of Inquiry

Investigation

Requirements

  • At least 5 data points
  • Graph of data
  • Best fit line
  • Slope
  • Equation of the line

NGSS Readings

  • NGSS pg 50-SEP K-12
  • NGSS pg 52-SEP K-12
  • NGSS pg 59-CCC K-12
  • NGSS pg 63-65 DCI K-12

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Wheel of Inquiry

How does the . . .

Release point of sphere

How does the . . .

Number of blocks

How does the . . .

Design of slider car

How does the . . .

Type of marble

affect the . . .

distance traveled?

Investigation

Requirements

  • At least 5 data points resulting in 0-50 cm movement.
  • Graph of data
  • Best fit line
  • Slope
  • Equation of line

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Wheel of Inquiry

How does the . . .

Release point of sphere

How does the . . .

Number of blocks

How does the . . .

Design of slider car

How does the . . .

Type of marble

affect the . . .

distance traveled?

Investigation

Requirements

  • At least 5 data points resulting in 0-50 cm movement.
  • Graph of data
  • Best fit line
  • Slope
  • Equation of line

Learning Cycle

Application

  • 3 Random distances chosen
  • Points for accuracy
  • Prizes!

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Wheel of Inquiry

Investigation

Requirements

  • At least 5 data points
  • Graph of data
  • Best fit line
  • Slope
  • Equation of the line

Page 43 reading…

A quantity has three components:

  • Its value,
  • Its label,
  • And its sign (+ or -)

Slope =

Page 91 reading…

Interpreting and connecting representations…

  • I noticed….
  • An important part of the graph is…
  • An important part of the story is….

Claims and Evidence

  • The data suggest…
  • Evidence to support this is…
  • For every…

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Wheel of Inquiry

How does the . . .

use of a mouth piece

How does the . . .

placement of the marshmallow

How does the . . .

angle of the gun

How does the . . .

type of blowing

affect the . . .

distance traveled?

affect the . . .

accuracy ?

affect the . . .

speed of the

marshmallow?

affect the . . .

force of impact?

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Wheel of Inquiry

How does the . . .

use of a mouthpiece

How does the . . .

placement of the marshmallow

How does the . . .

angle of the gun

How does the . . .

type of blowing

affect the . . .

distance traveled?