Presentation is loading. Please wait.

Presentation is loading. Please wait.

Emmy_c2 Nolan is standing on the 50 yard line of a football field. He throws a football south (parallel to the 50 yard line) 19m to Henry; who then kicks.

Published byHelinä Palo Modified over 5 years ago

Similar presentations

Presentation on theme: "Emmy_c2 Nolan is standing on the 50 yard line of a football field. He throws a football south (parallel to the 50 yard line) 19m to Henry; who then kicks."— Presentation transcript:

1 emmy_c2 Nolan is standing on the 50 yard line of a football field. He throws a football south (parallel to the 50 yard line) 19m to Henry; who then kicks it to the east (perpendicular to the 50 yard line) 13m down the field to Javier. Draw a diagram (using arrows) to show the movement of the ball from player to player. (Found the distance just need help or someone to explain how to find the distance I went to tutoring but just still didn't get it.) A. what distance did the ball travel? (32) B. what is the ball's displacement?

2 Ball travelled 32 metres Ball displacement metres PYTHAG0RAS theorem

Download ppt "Emmy_c2 Nolan is standing on the 50 yard line of a football field. He throws a football south (parallel to the 50 yard line) 19m to Henry; who then kicks."

Similar presentations

Measuring Motion Chapter 10.1.

Measuring Motion Chapter 10.1.
Multiple Representations on Quadratic Functions

Multiple Representations on Quadratic Functions
8.1 The Language of Motion Some common words used to describe motion include: Distance Time Speed Position How would you describe the motion of the soccer.

8.1 The Language of Motion Some common words used to describe motion include: Distance Time Speed Position How would you describe the motion of the soccer.
What is the difference between a new penny and an old quarter? Only 4 Gen!uses.

What is the difference between a new penny and an old quarter? Only 4 Gen!uses.
Now that you remember what perimeter is, see if you can find the perimeter in the following problems.  Sally wanted to buy stepping stones to put around.

Now that you remember what perimeter is, see if you can find the perimeter in the following problems.  Sally wanted to buy stepping stones to put around.
8.1 The Language of Motion Some common words used to describe motion include: Some common words used to describe motion include: –Distance –Time –Speed.

8.1 The Language of Motion Some common words used to describe motion include: Some common words used to describe motion include: –Distance –Time –Speed.
Vectors and Two-Dimensional Motion

Vectors and Two-Dimensional Motion
Forces in 2D Chapter 5. 5.1 Vectors Both magnitude (size) and direction Magnitude always positive Can’t have a negative speed But can have a negative.

Forces in 2D Chapter Vectors Both magnitude (size) and direction Magnitude always positive Can’t have a negative speed But can have a negative.
Bell Activity 1.Convert 0.3 Megameters to meters. 2.Use significant digits for the following problems. a.) 10.25 + 11.254 b.) 1.5 X 10 3 + 1.35 X 10 4.

Bell Activity 1.Convert 0.3 Megameters to meters. 2.Use significant digits for the following problems. a.) b.) 1.5 X X 10 4.
Do you remember any trig??  When you are finished with the Exam, see if you can solve these problems….. 1) Determine the value of the missing side. 2)

Do you remember any trig??  When you are finished with the Exam, see if you can solve these problems….. 1) Determine the value of the missing side. 2)
Aim: How can we distinguish between a vector and scalar quantity? Do Now: What is the distance from A to B? Describe how a helicopter would know how to.

Aim: How can we distinguish between a vector and scalar quantity? Do Now: What is the distance from A to B? Describe how a helicopter would know how to.
Chapter 4 Vector Addition When handwritten, use an arrow: When printed, will be in bold print: A When dealing with just the magnitude of a vector in print,

Chapter 4 Vector Addition When handwritten, use an arrow: When printed, will be in bold print: A When dealing with just the magnitude of a vector in print,
September 4, 2014 I will be expected to know the difference between vector and scalar values and what types of quantities are vectors and scalars.

September 4, 2014 I will be expected to know the difference between vector and scalar values and what types of quantities are vectors and scalars.
Vectors a vector measure has both magnitude (size) and direction. The symbol for a vector is a letter with an arrow over it or boldface type V.

Vectors a vector measure has both magnitude (size) and direction. The symbol for a vector is a letter with an arrow over it or boldface type V.
Motion in Two Dimensions. Example What is the displacement of a person who walks 10.0 km (E) and then 5.00 km (N) ? D 1 + D 2 = D R Use a “tip to tail”

Motion in Two Dimensions. Example What is the displacement of a person who walks 10.0 km (E) and then 5.00 km (N) ? D 1 + D 2 = D R Use a “tip to tail”
Motion in One Dimension. Movement along a straight-line path  Linear motion Convenient to specify motion along the x and y coordinate system.

Motion in One Dimension. Movement along a straight-line path  Linear motion Convenient to specify motion along the x and y coordinate system.
Physics 2a = Motion and Forces Speed and Velocity and acceleration Prior learning Definition and equation for speed Key words –Speed, distance, time, velocity,

Physics 2a = Motion and Forces Speed and Velocity and acceleration Prior learning Definition and equation for speed Key words –Speed, distance, time, velocity,
GRAPHIC VECTORS MS. KNIGHT PHYSICS I EDITED BY S.G. 10/27/15 (DIAGRAM ERROR CORRECTED)

GRAPHIC VECTORS MS. KNIGHT PHYSICS I EDITED BY S.G. 10/27/15 (DIAGRAM ERROR CORRECTED)
Vectors and Scalars A.S. 1.3.1 – 1.3.4. Scalar Quantities Those values, measured or coefficients, that are complete when reported with only a magnitude.

Vectors and Scalars A.S – Scalar Quantities Those values, measured or coefficients, that are complete when reported with only a magnitude.
Distance vs. Displacement. Fifty Meters To The Outhouse? Written By Willi Makit Illustrated by Betty Wont.

Distance vs. Displacement. Fifty Meters To The Outhouse? Written By Willi Makit Illustrated by Betty Wont.

Similar presentations

Ads by Google