catch the wave

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Catch the Wave

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Catch the Wave. Welcome. Fact. or. Fiction. The distance light travels in a year is about 6,000,000,000,000 miles. Fact or Fiction. Light Travels 2. That is a fact . The distance from the Earth to the Sun is about 1,400,000,000 meters. Fact or Fiction. That is fiction. - PowerPoint PPT Presentation

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Page 1: Catch the Wave

Catch the

Wave

Page 2: Catch the Wave

Welcome

Fact Fictionor

Page 3: Catch the Wave

The distance light travels in a year is about

6,000,000,000,000 miles.

Fact or Fiction

Page 4: Catch the Wave

Light Travels 2

That is a fact

Page 5: Catch the Wave

The distance from the Earth to the Sun is about

1,400,000,000 meters

Fact or Fiction

Page 6: Catch the Wave

That is fiction. The distance is actually

140,000,000,000m

Page 7: Catch the Wave

The mass of a dust particle is about

0.00753 kg

Fact or Fiction

Page 8: Catch the Wave

Dust 2

That is fiction.The mass is actually 0.000000000753 kg

Page 9: Catch the Wave

The size of an atom is about 0.0000000001 meters

Fact or Fiction

Page 10: Catch the Wave

That is a fact

Page 11: Catch the Wave

What do you notice about these numbers

0.0000000001

0.000000000753

140,000,000,000

6,000,000,000,000

Page 12: Catch the Wave

What is another way to express extremely large or small numbers?

1. Standard notation2. Scientific notation3. Mathematical

notation4. Expanded notation

Page 13: Catch the Wave

Which of these numbers would be better written in scientific

notation?

30

0.33,000,000,000

3003,0000.03

Page 14: Catch the Wave

How can we write 3,000,000,000 in scientific notation?

3,000,000,000 = 3 x 109

Page 15: Catch the Wave

The distance from the Earth to the Sun is over 100,000,000,000 meters.

What is it in scientific notation?

a. 1 x 108

b. 1 x 109

c. 1 x 1010

d. 1 x 1011

Page 16: Catch the Wave

The Extremes

Page 17: Catch the Wave

Extreme Sort A

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Journal

Fill in the first five rows

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sort a anwers

1,000m 100m 10m 1m

Kilometer Hectometer Decameter Meter

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What is smaller than a baseball bat

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patternsOBJECT # IN METERS # IN SCI. NOTATION

Ukrop’s Race 10,000 1 x 104

60 Train Cars 1,000 1 x 103

Soccer Field 100 1 x 102

Bus 10 1 x 101

Baseball Bat 1 1 x 100

Crayon 0.1 1 x 10-1

Page 22: Catch the Wave

How can we write 0.0004 in scientific notation?

0.0004 = 4 x 10-4

Page 23: Catch the Wave

The size of an atom is about 0.0000000001meters

What is it in scientific notation?

a. 1 x 10-7

b. 1 x 10-8

c. 1 x 10-9

d. 1 x 10-10

Page 24: Catch the Wave

Sort

Page 25: Catch the Wave

SortSort the remaining cards from largest to smallest your group and record answers in your journal.

Page 26: Catch the Wave

Sort Bdecimeter

centimeter

millimeter

micrometer

nanometer

0.1m

0.01m

0.001m

0.000001m

0.000000001m

Page 27: Catch the Wave

When you ordered the scientific notation cards what part of the

number did you have to look at?

1. Whole number2. Ten3. exponent

Page 28: Catch the Wave

What about

The diameter of Venus is about1.21999 x 107

meters

and

The diameter of the Earth is about

1.2736 x 107

meters

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Which one is bigger?

a. 1.21999 x 107 (green) b. 1.2736 x 107 (red)

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OR

Length of a large flea is about3.2689 x 10-3

Length of a small fire ant is about

3.2869 x 10-3

Page 31: Catch the Wave

Which one is smaller?

a. 3.2689 x 10-3 (green)b. 3.2869 x 10-3 (red)

Page 32: Catch the Wave

When you looked at the numbers on the last four slides what part of the

number did you have to look at?

a. Exponentb. Tenc. Decimal

Page 33: Catch the Wave

What is a nanometer?

A nanometer is one billionth of a meter or 109

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Why would we study numbers that are extremely small?

Page 35: Catch the Wave

Light Waves

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What color is light?

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Refraction Light hits the prism and bends (refraction) causing the light to break apart into different wavelengths.

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Wavelengths

wavelength crest

trough

crest

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The Spectroscope and Diffraction

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Electromagnetic Spectrum

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Electromagnetic Sort

Place your cards in order from smallest number to

largest number.

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Electromagnetic Spectrum

Label each section of the spectrum

Visible Light

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Labels

gammaRays x-rays

light waves

radio waves

ultravioletRays

infraredRays

microwaves

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Which numbers were easier to order?

A numbers in standard form

B numbers in scientific notation

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