Scientific Notation Scavenger Hunt

Slides:



Advertisements
Similar presentations
How many centimeters are there in one kilometer?
Advertisements

Scientific Notation x 10 6 Coefficient is Base is 10 Exponent is 6.
All of the planets in our solar system revolve around our sun. Today you will investigate the speeds at which they move around. Orbiting Our Sun.
Scientific notation is mathematical shorthand.
Astronomical Units & Light Years Project. Distance in Space An ellipse is an oval-shaped path. An astronomical unit (AU) is the average distance between.
Standard Form What is it? Why is it useful?. Standard Form Normal numbers are easy to deal with, we’re good at it Normal numbers are easy to deal with,
7-2 Powers of 10 and Scientific Notation Warm Up Lesson Presentation
Scientific Notation Rational and Irrational Numbers
Laws of Exponents. The factors of a power, such as 7 4, can be grouped in different ways. Notice the relationship of the exponents in each product. 7.
Astronomy 101 The Solar System Tuesday, Thursday Tom Burbine
Scientific Notation. CCA Answers 1.D 2. 3.B 4.A 5.B 6.C 7.A 8.A 9.C 10.D 11.A 12.C 13.B 14.B 15.C 16.A 17.$ $ D 20.C 21.D Bonus: D (6.
Planets Distances and Scientific Notation
Star trekkers The earth this a part of a vast and complex universe that operates on a set of constant principals.
The Solar System & Beyond Chapter 21. The Sun The closest star Center of our universe Made up of hydrogen and helium atoms that produce light and heat.
Section 9.1 Measuring Distances Beyond the Solar System.
Station 1: Planet Earth – Size, Distance and Location.
When the base includes more than one symbol, it is written in parentheses. A power includes a base and an exponent. The expression 2 3 is a power of 2.
Measuring the Very Large.  For distance that is.  The Kilometer  What exactly *is* a kilometer?  1000 meters  We walk at about 5 km/hr, or
Measuring the Very Large.  For distance that is.  The Kilometer  What exactly *is* a kilometer?  1000 meters  We walk at about 5 km/hr, or
Chapter 5 Section 3. Objectives 1 Copyright © 2012, 2008, 2004 Pearson Education, Inc. An Application of Exponents: Scientific Notation Express numbers.
Product of Powers Property Notes Over 6.1 Ex. Power of a Power Property Ex. Power of a Product Property Ex.
4.3 Scientific Notation. Objectives 1.Convert a number from standard notation to scientific notation. 2.Convert a number from scientific notation to standard.
Neptune, Pluto, the kuiper belt, and oort cloud By kyle myers.
Making Sense of the Universe
4-4 Laws of Exponents Warm Up Warm Up Lesson Presentation Lesson Presentation Problem of the Day Problem of the Day Lesson Quizzes Lesson Quizzes.
Space and Gravity. 1. What determines how much gravity a planet will have?
Do Now  Why do you think the planets orbit the sun? (Like what causes them to travel in a circle around the sun?)
Gas Planets. Vocabulary:  Gas Planet – a large planet that has a deep, massive atmosphere  Planetary Ring – a disk of matter that circles a planet and.
1-5 Properties of Exponents Holt Algebra 2. Warm Up Simplify  4   ,000 30,000.
Standard Form Scientific Notation. Writing large numbers, greater than 10, in Standard Form Standard form splits numbers into two parts: a number between.
Mars Mercury Neptune Earth Jupiter SaturnUranus Venus QUESTION Begin by clicking on the images to explore each of the planets in our solar system.
The Solar System – “What kinds of objects are in the solar system?”
The particle of dust has a mass of
Measurements in Experiments
Diffraction Grating bends white light coming from an object
WARM UP Calculate: 3.1  10 =  10 = = ,000,
Welcome to your ALMOST THERE!
The Solar System By: Karlie.
Unit B Trashketball.
/21 & 10/24/11 Scientific Notation
Quiz Review 8th Grade.
Lecture 2: Overview of the solar system: Background for discussion of Mars and Saturn Mathematics in astronomy: the essence of physical sciences like astronomy.
Scale of the Universe By the end of this lesson you will:
Distances of Planets in Miles (from Sun)
Scientific Notation Real World Word Problems
Gas Planets.
Warm Up Write each expression using an exponent • 2 • 2
The Solar System.
Distances in Astronomy
Our Solar System.
Applying Multiplication and Division
COURSE 3 LESSON 7-1 Scientific Notation
Compute with numbers written in scientific notation.
Lesson 3-3 Scientific Notation
Distances in Space.
Objectives Convert between standard notation and scientific notation.
The Solar System Ch.11.
7. Explain how you would multiply by 100.
Lesson 3-4 Operating with Scientific Notation
Smallest to Largest ? Universe Solar System Galaxy.
Solar System.
Warm Up Write each expression using an exponent • 2 • 2
Planets, orbits, and moons, oh my!
Converting Scientific Notation
1.5 Properties of Exponents
Solar System.
Converting Scientific Notation
Our Solar System.
EARTH.
Example 1: Multiplication and Division with Scientific Notation
Presentation transcript:

Scientific Notation Scavenger Hunt Created by Mrs. Garay

Write each number in standard notation. 1.76  101 3.12  105 7.6  102 8.54  105 8.9  103

Write each number in standard notation. 2.54  102 6.08  104 7.53  103 8.59  105 3.331  106

Write each number in standard notation. 4.23  106 2.0547  109 8.235  107 9.688  1011 6.0089  108

Write each number in scientific notation. 9,580,000 250,800 0.0002008 0.000094 29

Write each number in scientific notation. 75,000,000 0.003007 98,856 0.00852 0.0505

Write each number in scientific notation. 97,406,000,000 652,100,000,000 0.000000084 0.0000000007254 20,509,000,000,000

Science Application 31. Earth is about 93,000,000 miles from the Sun. Write this number in scientific notation. The diameter of Earth is about 1.276  104 kilometers. The diameter of Venus is about 1.21  104 kilometers. Which planet has the greater diameter, Earth or Venus?

Science Application 33. Jupiter is about 778,120,000 kilometers from the Sun. Write this number in scientific notation. 34. The E. coli bacterium is about 5  107 meters wide. A hair is about 1.7  105 meters wide. Which is wider, the bacterium or the hair?

Science Application The volume of the earth is approximately 260,000,000,000 mi3. Write this number in scientific notation. If light travels 10,000 km in 3.3  102 sec, how long will it take light to travel one meter?

Corporation announced that they could produce a Real World Problems In June 2001, the Intel Corporation announced that they could produce a silicon transistor that could switch on and off 1.5 trillion times a second. Express the speed of the transistor in scientific notation.

Real World Problems 38. With this transistor, computers will be able to do 1  109 calculations in the time it takes to blink your eye. Express the number of calculations using standard notation.

Life Science Application 39. The major components of human blood are red blood cells, white blood cells, platelets, and plasma. A typical red blood cell has a diameter of approximately 7 x 10-6 meter. A typical platelet has a diameter of approximately 2.33 x 10-6 meter. Which has a greater diameter, a red blood cell or a platelet?

Science Application 40. The distance from Earth to the Moon is about 384,000 km. Suppose an astronaut travels this distance a total of 250 times. How many kilometers does the astronaut travel? Write the answer in scientific notation.

Real World Problem 41. The maximum length of a particle that can fit through a surgical mask is 1 x 10-4 millimeters. The average length of a dust mite is approximately 1.25 x 10-1 millimeters. Which is longer, the largest particle that can fit through a surgical mask or a dust mite of average length?

Life Science Application The diameter of a human red blood cell ranges from approximately 6 x 10-6 to 8 x 10-6 meters. Write this range in standard notation.

Science Application 43. The orbits of Neptune and Pluto cross each other. Neptune’s average distance from the Sun is approximately 4.5 x 109 kilometers. Pluto’s average distance from the Sun is approximately 5.87 x 109 kilometers. Which object has the greater average distance from the Sun?