We think you have liked this presentation. If you wish to download it, please recommend it to your friends in any social system. Share buttons are a little bit lower. Thank you!
Presentation is loading. Please wait.
Published byJazmyne Powley
Modified over 2 years ago
OPENERS TO Physics
Tennis Indoor Tennis is starting
Monday Find the speed to throw a ball straight up and have it return in 5s. How high does it go?
Tuesday No School
Wednesday How long will it take a 2050kg car to get to 27m/s if the force of the engine is 9225N?
Thursday What is the stopping distance for a 20000N car going 26m/s if the brakes give force of 23,270N? How much does your reaction time add?
Friday What will be the final velocity on a 235g rocket with a A8 engine?
1.Solve for x and justify each step: a) 5x + 3 – 2x = 7b) 9x – 12 = 8x – 3 2.Solve for “y”: ax + by = c 3.Simplify: (x – 3)² Warm Up: Tuesday
Tuesday January 5, 2016 Speed Video
OPENERS 3-3 TO 3-7 Physical Science. MONDAY Bob is pulling a crate at a constant velocity of 2m/s. He exerts a force of 150N. What is the force of friction?
(Tentative) Plan for Last Days of School. Friday 5/8 / Monday 5/11 Work on empathy final project Tuesday 5/12 / Wednesday 5/13 (MIN.) Work on empathy.
Saturday May 02 PST 4 PM. Saturday May 02 PST 10:00 PM.
Daily Science Warm-up Procedures Write question and the answer you think it is EXAMPLE: Multiple Choice (not all are multiple choice)
MONDAY DART I can solve problems involving percent of change. DART I can solve problems involving percent of change.
Daily Math Review September 2-6, Monday Solve the following problems with strategies and/or algorithms 5, = 9, = 3, =
Newton’s Laws of motion. Newton’s Three Laws of motion: 1. An object at rest will remain at rest, an object in motion will remain in motion at a constant.
Physics TCHS. * What is the difference between distance and displacement? Give an example of each.
REVISION What two parts make up the stopping distance of a vehicle?
Force and Motion Review Week Mrs. V. Science 2014.
PART OF SPEECH DEFINITION SYNONYM SENTENCE NAME TEACHER AND DATE1 WORDS OF THE WEEK.
PS-5 Test Review. Questions 1 & 2 Distance – 60m/ magnitude only Displacement 10 m east/ magnitude and direction.
A car with a mass of 1,300 kg is going straight ahead at a speed of 30 m/sec (67 mph). The brakes can supply a force of 9,500 N. Calculate: a) The kinetic.
Acceleration. Recall: Acceleration is the rate at which velocity increases or decreases If an object is accelerating is not experiencing uniform motion.
Agenda for the weekAgenda for the week Today Wednesday Oct 31 st : Newton’s 2 nd law with lab, Bottle rocket lab due for 2 nd and 6 th periods ONLY
Recent Virginia Election. Day 8, Physics 131 Yes, regularly scheduled physics tutoring for June 2015 is here! Physics Tutoring Sessions Term I (June)
A pitcher throws a ball, and the batter hits a home run. What changes did the ball go through in its motion? It was still, sped up in the pitchers hand,
School Shop. Welcome to my shop. You have 10p How much change will you get? 7p 3p change.
Scribe, Final presentation: create setting, memorize lines, character reports HW: make-up work, promptbook, memorize lines Monday: Scribe,
Thermal Energy Find the final temperature when 350 g of zinc at 135 o C is mixed with 650 g of water at 22 o C.
Year 10 ISA Controlled assessment Week starting March 4 th 2013.
Check for Understanding Acceleration. Name 3 situations in which an object would be accelerating
Motion and Forces Chapter 2. Bell Work 1/21/10 Copy each of these statements onto your bell work sheet. Then decide if they are true or false. If false.
TODAY IS MONDAY THE 16 th OF NOVEMBER 2015 ON MONDAY WE ARE WORKING WITH THE LAPTOP.
Impulse, Momentum and Collisions. momentum = mass x velocity p = mv units: kgm/s or Ns.
Newton’s Laws of motion. Aristotle - Science by observation. Moving objects Galileo - Science by experiment. Rate of fall Moving objects.
Newton’s Second Law The Mathematical One. What is the relationship? ForceMassAcceleration Force Constant Mass Constant Acceleration Constant.
Equations of Motion Review of the 5 Equations of Motion.
Linear Motion. Displacement The change in position for a given time interval.
Forces and Breaking Forces Breaking Stopping distance Questions.
Practice Questions Wednesday, 12/2 and Thursday, 12/3.
Learning Tweet Units of momentum (change in momentum) = kgm/s Change in momentum depends on the size of the force and the time it acts Change in momentum.
1. What is the weight of a 3.40 kg mass? 33.4 N. 2. What mass has a weight of 720. N? 73.4 kg.
1 Physics Chapter 2 Motion in One Dimension Topics:Displacement & Velocity Acceleration Falling Objects.
Forces, Friction, Newton’s Laws. Unit: Forces, Friction, Newtons Laws Wednesday, Feb 1, 2012 Objective: SWBAT define force and friction and list examples.
January 2012 Monday Tuesday Wednesday Thursday Friday Sat/ Sun / /8 14/15 21/22 28/
Mrs. Ashley. ScalarVector Has magnitude but no direction 1. Speed 2. Mass 3. Temperature 4. Magnitude of a vector Has magnitude and direction 1. Velocity.
MOMENTUM AND THE CONSERVATION OF MOMENTUM NEWTON’S THIRD LAW OF MOTION.
In pairs can you CAREFULLY go through the exam. Can you then write in your book the title 5 Things I have learnt from the exam and then list 5 things you.
Upward motion and downward motion are perfectly symmetrical A motion path upward, including speed at every point along that path, is an exact copy.
Prepared By: Shakil Raiman. First Law: If there is no unbalance force – a stationary object will remain stationary and a moving object will keep on.
Thursday Honors PS. Homework Pg 369 Problems
FINAL EXAMINATION SCHEDULE SPRING 2009 MAY 15 – MAY 22 NOTE: A class that meets at more than one of the times on this final examination schedule will take.
Warm Up Week 7. Monday, October 12, 2015 Copy and complete the following: 1.Animals that eat only plants are called ________________________. 2.Animals.
Force, Momentum and Energy. Newton’s Laws of Motion Our understanding of how an object reacts to force, or how the motion of an object is affected by.
6.1 Mometum and Impulse pp Mr. Richter.
© 2017 SlidePlayer.com Inc. All rights reserved.