Speed-Time Graphs for Acceleration 10.4. All the aspects of creating a speed-time graph are the same as creating a distance-time graph. The slope of a.

Slides:

Advertisements

Similar presentations

SLOWLY UNCOVERING VELOCITY…. 8.1 Continued: POSITION – TIME GRAPHING WITH UNIFORM MOTION.

Advertisements

5.1 Accumulated Changes Example 1: An objects travels with a velocity of 15 mph. What is the distance traveled after 4 hours t v Distance = area.

Distance Time Graphs Time is always plotted on x axis

Distance/Time Graphs A distance/time graph shows how far an object travels over a certain time. Always pay attention to the titles on the x axis and the.

Distance/Time Graphs A distance/time graph shows how far an object travels over a certain time. Always pay attention to the titles on the x axis and the.

Graphs of motion Distance/Displacement vs time Speed/Velocity vs time Acceleration vs time.

Motion Graphing Position vs. Time Graphs

1_3 Velocity time graphs Find the area of these shapes. 03 September Find the gradient of these lines yxyx.

Motion in One Dimension Average Versus Instantaneous.

Comparing P-T graphs and V-T graphs. P-T GRAPHSV-T GRAPHS  Also called distance time graphs  Time always on the x-axis, position always on the y- axis.

x (m) t (s) 0 What does the y-intercept represent?. x (m) t (s) 0.

What is acceleration? My speedometer:. Acceleration occurs when speed changes Now we don’t want our cruise control on We want to use our gas pedal or.

Uniform Motion. 1) Uniform (rectilinear) motion a) Constant Speed b) straight line c) same direction 2) Speed a) Distance covered in a period of time.

INTEGRATED SCIENCE CHAPTER 11.

Physics Lab 2 Graphical Analysis of Motion

What is motion? Motion is the change in the position of an object. To describe the motion of an object we use terms like: Distance, displacement, speed,

A B What was the speed of the object at Point A. A B Distance = Time = Speed = distance/time.

Lesson 1 Reading Guide - Vocab

Find the slope between 0 and 4.0 s. Find the slope between 0 and 12.0 s. Find the slope between 4.0 and 8.0 s. Find the slope between 8.0 s and 16.0 s.

Distance is the space between two points, commonly measured in metres (m). Distances between two points can depend on the path taken. Time (t) is the duration.

Mathematical Model of Motion Chapter 5. Velocity Equations Average velocity: v =  d/  t To find the distance traveled with constant or average velocity.

MOTION - A CHANGE IN POSITION MEASURED BY DISTANCE AND TIME. SPEED - THE RATE AT WHICH AN OBJECT MOVES. VELOCITY - SPEED AND DIRECTION OF A MOVING OBJECT.

Graphing Activity Describing the motion of an object is occasionally hard to do with words. Sometimes graphs help make motion easier to picture, and therefore.

Ch. 11 Motion & Forces II. Describing Motion  Acceleration.

= constant speed forward = no speed, stopped = constant speed; negative direction Time (s) Distance mDistance m.

DO NOW: WHAT IS MEANT BY THE TERM FREE FALL?. Chapter 2.3 Objectives and Vocabulary Describe the motion of an object in free fall. Calculate the speed.

Graphing Motion Mrs. Wolfe  Distance-Time Graph  Speed-Time Graph.

Motion. Frame of Reference A place or object used for comparison to determine if an object is in motion. A place or object used for comparison to determine.

Let’s do a quick recap of what we know at this point

Motion and Momentum Chapter 18. What is Motion? A.All matter is constantly in motion. B.Motion involves a change in position. 1.An object changes position.

Instantaneous Velocity The velocity at an instant of time. For a curved graph, use very small intervals of time.

Chapter 1.3 Acceleration. Types of Acceleration  Acceleration is a vector quantity  Positive Acceleration  1. when change in magnitude and direction.

Constant, Average and Instantaneous Velocity Physics 11.

Motion Quiz. 1. The slope of a position (distance) vs time graph equals what quantity of the motion?

NOTECARDS Turn each slide into a flashcard – title is the “blank side” and text box is the “lined side”

Chapter 2 Motion. Motion is Relative When we describe the motion of something, we describe its motion relative to something else Reference point- position.

Chapter 11: Motion Section 11.3 Acceleration.

1D Kinematics Equations and Problems. Velocity The rate at an object changes position relative to something stationary. X VT ÷ x ÷

How do you describe an object’s position? How do you describe an object’s motion? How do speed and velocity differ? What is acceleration? Describing Motion.

Graphs of a falling object And you. Objective 1: Graph a position –vs- time graph for an object falling from a tall building for 10 seconds Calculate.

Describing and Measuring Motion

12.1 Distance and Time VOCABULARY time interval slope

Aim: How do we represent 1-D motion?

Accelerated Motion Chapter 3.

Motion with Constant Acceleration

Distance, time and speed To work out the speed of an object you need to know: the distance travelled how long it took to travel that distance.

Non-Constant Velocity

Chapter 9 Vocab Review 8th Grade.

Ch.5, Sec.1 – Measuring Motion

Graphing Motion Walk Around

(Set up for Cornell Notes)

The velocity is constant and the distance is:

Describing Motion Motion occurs as an object changes position.

Understanding Motion Graphs

Total Distance Traveled

Describing Motion: Acceleration

1.5: Velocity-time graphs

The velocity is constant and the distance is:

Acceleration Chapter 2.4.

Distance – Time Graphs Time is usually the independent variable (plotted on the x-axis) Distance is usually the dependent variable (plotted on the y-axis)

Kinematics: Displacement and Velocity

MOTION Slide 2 Speed Slide 3 Distance/time graphs

acceleration vs time graphs

Acceleration & Velocity Time Graphs

Graphing Skills for 2.1 Assessments

Speed-Time Graphs for Acceleration

Instantaneous Speed 10.7.

Presentation transcript:

Speed-Time Graphs for Acceleration 10.4

All the aspects of creating a speed-time graph are the same as creating a distance-time graph. The slope of a speed-time graph, however, represents the average acceleration. BLM 10.4a

You can read the velocity and the time directly from the graphs axis much like the distance and time can be read off a distance-time graph. What about distance from a speed-time graph?...

…What about distance from a speed-time graph? The area under the line of best fit of a speed-time graph is equal to the total distance traveled during a time interval. You will use basic area equations of: A = L x W and A = B x H 2 BLM 10.4b

Textbook questions: Page 393; 2-6