September 8, 2015 What are we doing today? Textbook Checkout and Tour Introduction – What is a System? The Bright Light Story – Pg. 4 PBIS - 1 st Period.

Slides:



Advertisements
Similar presentations
Kinetic and Potential Energy
Advertisements

1. warmed. 2. cooled. 3. neither warmed nor cooled.
These describe matter. Starts with a “p”
Notebook p 29 Three Ways To Determine Density. 1) Regular Objects 1.Measure the each side of the block in centimeters. Calculate volume in cm³: multiply.
List an example of things measured by mass, volume, and length.
Measurement. Volume – Regular Shaped Object You can find the volume of a solid by multiplying length, width, and height together. Formula : V = l x w.
Reason 1: helps scientists share and compare their data/ results
Happy Monday! Please pick-up your name plate from the front table & put it on the corner of your desk. Have out your science composition notebook.
1. How do Scientists Investigate the Natural World? What are the Processes of Science? 2.
September 14, 2015 What are we doing today? Shell Observation Practice - Wrap-up and “Test” Lab Safety Review (Pg.28) Due: Today Target To practice our.
Jeopardy Section 1: Introduction and Scientific Method.
PHYSICS 103: Lecture 17 Fluids  Gases (Air)  Liquids  Archimedes Principle Agenda for Today: Note: The next several lectures will not follow textbook.
Systéme International d’unités (SI) International System of Units otherwise known as the metric system....
 Science Objective › We know that the weight of an object is equal to the sum of the weight of its parts.
Welcome to Class Compare and contrast theories and laws.
Measuring Length.
On page 10 of your notebook, predict how the layers will form. Which one will go at the bottom? Which one will go on top?
Introduction To Fluids. Density  = m/V  = m/V   : density (kg/m 3 )  m: mass (kg)  V: volume (m 3 )
Week 4 PES. Monday September 15, 2014 First Five: Why do scientists all use the same measurement system? Learning Target: I can identify SI units of mass,
September 15, 2014 What are we doing today? Compare and Contrast: Ravens/Crows/Magpies -Final Day! -We’ll look at a few of your presentations Due: C &
{ 3.5 Density and Relative Density. A A A B B B WHICH ONE HAS THE HIGHER DENSITY?
Motion and Speed Notes 9-1 & 9-2.  An object is in motion if it changes position relative to a reference point  Stationary objects make good reference.
September 28, 2015 What are we doing today? Grades for Compare and Contrast “Stepping into Balance” (Pg. 40 – 42) Vocabulary –Systems –Balance –Dynamic.
Do Now Thursday, January 09, 2014 Do Now Thursday, January 09, 2014 You heat a balloon filled with air. What happens to the pressure inside of the balloon?
Chapter 1 – Section 2 p Measuring Matter. I. Weight – a measure of the force of gravity A. Changes if you go to the moon or another planet since.
The Metric System 7 th Grade Science. Why we use the metric system: It is used by almost every other country in the world. It is based on 10, so it’s.
States Of Matter K 2.3 Behavior of Liquids and Gases.
Unit 3: Motion, Forces, & Energy Chapter 9: Motion & Energy
Metric Measure Temper- ature Measure Tools DensityMisc- ellaneous 100 Question 100 Question Question 100 Question Question 100 Question Question 100 Question.
The metric system - SI The system of measurement in science Lecture Notes.
Science notes for 8/27/15. The Metric System a system used to measure stuff Quantities – the things we measure Mass – (this is NOT weight) – the amount.
METRIC SYSTEM. What is the metric system? What is the metric system? A system used to measure length, mass volume and temperature all over the world.
October 20, 2014 What are we doing today? Chapter 2 Review - Pg. 104 #5 – 75 odds Due: Tomorrow Target To review Chapter 2 (Integers, Exponents and Scientific.
Types of Measurements Basic Units Tools Calculations MISC Conversions.
Scientific Inquiry. WHAT IS THE DIFFERENCE BETWEEN OBSERVATION AND INFERENCE? Essential question.
Do Now: What are some important science skills (not topics) that you learned how to do this year in class? The practical – This Thursday in class!! Your.
September 8, 2015 What are we doing today? PBIS - Hallway and Lunchroom Expectations Textbook and Journal Checkout Online Resources: A Brief Overview Scavenger.
Measurement Metric Units and Tools. Metric System  International system of measurement  Based on the number 10 (decimal system)
Topic: Measurements and Density. Time Rate at which something happens Instruments: Stop watch, clock Units: seconds, minutes, hour, days.
Temperature and particle movement. SNB pg 27. Matter exists in different physical states. states of matter 6.1 SECTION OUTLINE SECTION OUTLINE solid liquid.
Scientific Investigation Vocabulary Part SI – a version of the metric system used by scientists 2. volume - The amount of space an object takes.
Metric units and what they mean to you…
DENSITY Density is defined as mass per unit volume. It is a measure of how tightly packed and how heavy the molecules are in an object. Density is the.
A presentation by Science Doodles
Unit 1 Review Measurements.
MEASUREMENT IN SCIENCE
Matter. Matter Chapter Four: Density and Buoyancy.
Unit 2: Kinetic Molecular Theory and Phases of Matter
PE Definition Stored Energy Energy due to position.
HAPPY SEPTEMBER!! September 1, 2015 Have a pencil ready to go
Density Notes.
Heat and Temperature presented by Dr. Geller 10 September 2015
(5.3) Characteristics of Gases
International System (SI)
Metrics and Measurements
Finding Mass & Volume Week 3 September 14, 2015.
Section 16 Thermal Energy.
What are the four states of matter?
States of Matter What is Matter?
Matter Vocabulary.
Measurements in Science & Scientific Notation
Unit 3 - Energy Learning Target 3.2 – Be able to use the equations for Potential Energy & Kinetic Energy.
States of Matter What is Matter?
Do Now Give 1 example of potential energy.
DENSITY Density is defined as mass per unit volume. It is a measure of how tightly packed and how heavy the molecules are in an object. Density is the.
Measurements in Science & Scientific Notation
Particles and Density How does the arrangement of particles effect density ? How is density calculated ?
What amount of heat is required to increase the temperature of 75
MEASUREMENT IN SCIENCE
SEPTEMBER 2019 ISSUE/42 nd VOLUME.
Presentation transcript:

September 8, 2015 What are we doing today? Textbook Checkout and Tour Introduction – What is a System? The Bright Light Story – Pg. 4 PBIS - 1 st Period – Arrival and Dismissal Due: Tomorrow Target To practice scientific thought and reasoning Question of the Day Q: An object placed in water will displace a certain amount of water. What determines the amount of water that will be displaced? A. The object’s mass B. The object’s volume C. The object’s weight D. The object’s density

September 9, 2015 What are we doing today? Bright Light Wrap-Up How Observant are You? - LinkLink PBIS - 2 nd Period – Restroom & Lunchtime 4 th Period – Assembly & Bus Due: Today Target To practice our observation skills and recognize our sources of bias Question of the Day Q: Which of the following are required to calculate an object’s density? A. Weight and height B. Volume and acceleration C. Mass and volume D. Mass and weight

September 10, 2015 What are we doing today? Shell Observation Practice -8 stations -Four minutes each station -“Test” on Monday! PBIS - 6 th Period – Main Office Due: Monday Target To practice our observation skills Question of the Day Q: When you use a thermometer to measure the temperature of a liquid, what are you actually measuring? A. Average kinetic energy of the molecules B. Average potential energy of the molecules C. Total kinetic energy of the molecules D. Total potential energy of the molecules