GROUP 4 CAELUS PROJECT. SCIENTIFIC NOTATION To simplify the huge numbers and to do a calculation.

Slides:



Advertisements
Similar presentations
S1 Science Planet Earth topic
Advertisements

Measurement and SI Units Section 1-3 in text. Using Scientific Notation A. Scientists often work with very ___________ or very ________ numbers. 1. Speed.
Lesson 2- Laws of Indices Objectives To know what indices are To learn the rules of indices Oct 2011INTO Foundation L2.
Standard Form What is Standard Form Six Questions Interactive 43620
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.
Exploring our Solar System P2f part 2. Objectives In this lesson we should learn: about the distances involved in space travel about manned and unmanned.
By: Colton, Lyric, Jaime.  Scientific notation is a style of writing numbers that are from large or too small to be expressed by decimal notation. In.
Physics 1.2.
Scientific Notation Confidential.
Scientific Notation A short-hand way of writing large numbers without
Scientific Notation Complete the pattern General Rule Positive exponents make numbers larger Negative exponents make numbers smaller.
Significant Figures Integrated Science Dr. May Significant Figures Numbers obtained from measurements are never exact values Numbers obtained from measurements.
Analyzing Data Chapter 2.
Math in Chemistry Unit 1B.  What is it?  Anything that has ______ and ____________  What is volume?  _______________________________________  What.
Analyzing Data Chapter 2. Units & Measurement – section 1  Chemists use an internationally recognized system of units to communicate their findings.
Distances in Space Science 9. Using scientific notation Distances in space are very large We use scientific notation to represent very large and very.
Scientific Notation. What is scientific notation? Scientific notation is a way of expressing really big numbers or really small numbers. It is most often.
 Scientific notation is a way of expressing really big numbers or really small numbers.  It is most often used in “scientific” calculations where the.
Convert 33km to centimeters (cm) Show all steps and work!! (4x10 12 ) x (3x10 14 ) = ? 8 x  What is the difference between the measurement 14m and.
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.
Produced by MEI on behalf of OCR © OCR 2013 Using Standard Form to Solve Problems.
Negative Exponents and Scientific Notation Chapter 4.2.
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.
Our Solar System By Priya Papandrea. Contents Our Planets The Sun Facts about the sun More facts about the sun The moon Facts about the moon Bibliography.
"Space … is big. Really big
Planets Distances and Scientific Notation
Station 1: Planet Earth – Size, Distance and Location.
Warm Up  Write the number in scientific notation.  1.) 37,200,000,000  2.)
Understanding What Mr. K. NASA/GRC/LTP Edited: Ruth Petersen Numbers Tell Us.
Notes For Scientific Notation. There are some very large numbers in chemistry For Example: The number of atoms of hydrogen in a 1.01 g sample is 602,000,000,000,000,000,000,000.
Space Space is HUGE! Distances in Space Astronomical Units Light Years
Chapter 5 Section 3. Objectives 1 Copyright © 2012, 2008, 2004 Pearson Education, Inc. An Application of Exponents: Scientific Notation Express numbers.
Review From Yesterday What is the base unit for length in the Metric System? What is the base unit for mass in the Metric System? What is the base unit.
Scientific Notation with Positive Powers of 10
4.2b SKM & PP 1 Exponents: Scientific Notation. 4.2b SKM & PP 2 Think about this?
How Far/How Fast. What are some important questions that you formed about your journey to the moon? List 2 or 3 of the most important things you need.
``. How big is a galaxy ? It’s so big, we measure in ridiculous units called light years. That’s the distance light travels in a year.
Exploring our Solar System part 2. Who wants to go into space? What do you think?
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.
Chapter 1 Science Skills. Natural Science Physical Science _______________________ ______________ Geology, Astronomy Meteorology & Oceanography __________.
Change to scientific notation: A. B. C. 289,800, x x x
Find the product (3  10 3 ) (7  10 5 ). Write the result in scientific notation. Exponents and Multiplication COURSE 3 LESSON 7-2 (3  10 3 ) (7  10.
Do Now  Why do you think the planets orbit the sun? (Like what causes them to travel in a circle around the sun?)
Scientific Notation. Can be also called standard form or exponential notation Can be also called standard form or exponential notation Used to write numbers.
Scientific Notation -Scientists often work with very large or very small numbers -For example light travels at 300,000,000 meters per second -On the other.
Wednesday March 9 Thursday March 10 Unit QuestionWhat do we know about the universe? How do we know it? Guiding Question / Learning Target How big is the.
Standard Form Scientific Notation. Writing large numbers, greater than 10, in Standard Form Standard form splits numbers into two parts: a number between.
The precision of all measuring devices is limited! Because of this limitation, there are a limited number of digits that can be valid for any measurement.
Goal to understand the scale of the universe
Planet Earth S1 Science Topic 4.
Scientific Notation.
Objectives: To understand how and why rockets work
Exponents and Scientific Notation
Objectives: To understand how and why rockets work
5.1 Integer Exponents and Scientific Notation.
Space Big Bang Space is HUGE! Distances in Space Astronomical Units
Scientific Notation.
Scientific Notation.
Scientific Notation.
Scientific notation.
COURSE 3 LESSON 7-1 Scientific Notation
Distances in Space.
Operations involving Scientific Notation (x , ÷ , + , −)
7. Explain how you would multiply by 100.
Middle School Physical Science Space Introduction – Grade 6-7
S1 Science Planet Earth topic
Distances in Space.
1.5 Properties of Exponents
It is a brief way to write very large or very small numbers
Presentation transcript:

GROUP 4 CAELUS PROJECT

SCIENTIFIC NOTATION To simplify the huge numbers and to do a calculation.

RADICAL AND EXPONENT To simplify and to do the calculation accurately.

RATIO AND PROPORTION To reduce the size of the planets and distance.

BENEFIT To add our knowledge about the distance and size between the earth and other planets. To add our knowledge on math topics such as scientific notation, radical and exponent, and ratio and proportion.

INDIVIDUAL ANSWERING PROJECT FOCUS QUESTION

MATH FOCUS QUESTION GROUP QUESTION INDIVIDUAL QUESTION RAFA

“How can you express the magnitude of an object through the use of math?” Write the distance from Earth to Uranus by simplifying the huge numbers with scientific notations and exponents. Use radicals to be more precise in calculations and measurements for the distance and the magnitude of Uranus.

In what way math can help us in traveling to Uranus? Uscientific notation to write the distance from Earth to Uranus by simplifying the huge numbers with scientific notations and exponents. We also can use radicals to be more precise in calculations and measurements for the distance and the magnitude of Uranus. By calculating the time of travel with the spacecraft, we can predict how long the spacecraft will reach Uranus. It will be easier to use scientific notation to write our predictions and calculations.

How can you conclude the best way to go to Uranus? Considering Uranus is pretty far and Moon is the farthest we can get with humans, we are going to use a spacecraft without humans. We will not send humans because of difficulties such as food, clothes, and excrement. We will reach Uranus at it’s nearest to the Earth: 2.6 billion km. In that way, we can reach there faster. We want to use New Horizons because it is a fast spacecraft so it will only take 5 years to go there.

MATH FOCUS QUESTION: GROUP QUESTION: INDIVIDUAL QUESTION: NABILLA

“How can you express the magnitude of an object through the use of math?” We use scientific notation and to simplify the numbers so its easier for us to count the distance. Use radicals to count the distance and magnitude of Uranus accurately.

In what way math can help us in traveling to Uranus? Find the distance from the earth to Uranus and simplify it by using scientific notation so it’s easier for us to count the distance and all. We also can count how many years will it take to get there which is five years. With these kind of information makes it easier for us to know about the new horizon while it’s on the way to Uranus or when it get there.

Can we go to Uranus without any problem? the new horizon suddenly lost connection with NASA and there’s something wrong with the horizon. By making sure and counting things appropriately is very important to stay away from the possibilities or problems.

KEVIN MATH FOCUS QUESTION GROUP FOCUS QUESTION INDIVIDUAL QUESTION

“How can you express the magnitude of an object through the use of math?” We can know how big the planet is using the scale, because with scale we can know how many times bigger is Uranus. With scientific notation we can simplifying the huge number like, the circumference of Uranus.

In what way math can help us in traveling to Uranus? We can count the distance between earths with our destination, with math too we can know how long we will arrive in our destination. Math helping us to count the speed of our transportation to go to our destination.

“Is it possible to arrive in Uranus less than 5 years?” Yes it’s possible because from our counting we estimated that we can arrive in Uranus in less than 5 years using the new horizon. it’s possible if we can arrive in Uranus less than 5 years because we round the year.

MATH FOCUS QUESTION: GROUP QUESTION: INDIVIDUAL QUESTION: AUDI

“How can you express the magnitude of an object through the use of math?” Express the magnitude of a object by using scale to help us count the number we used scientific notation. Can use math to predict weight or mass of something without really counting.

In what way math can help us in traveling to Uranus? Can help us to predict how long would it takes to travel to Uranus. Know where to launch the rocket at is nearest distance from earth to Uranus.

“What is the fastest way to travel to Uranus ” We Use new horizon as the space craft to travel in, this space craft is the fastest of it class yet. Its speed is up to km /per hour

MATH FOCUS QUESTION: GROUP QUESTION: INDIVIDUAL QUESTION: ATHALLA

“How can you express the magnitude of an object through the use of math?” We can express the magnitude of an object by divide the magnitude of Uranus and earth.

In what way math can help us in traveling to Uranus? Math is very useful in many ways in can help us how long will it take to Uranus or how long I takes to travel around the planet math can help us compare earth and Uranus like the mass and polar diameter.

Why will it take 5 hours to go around the world It will take 4 hours because circumference is 160,590 km and our ship speed is 39,987 per hour. We divide circumference and speed and it becomes 4 hours.

THANK YOU