Presentation is loading. Please wait.

Presentation is loading. Please wait.

Do Now: In order to get to the park a boy must walk 4 blocks East, then 2 blocks North and finally 1 Block West. What is his resultant displacement and.

Published byJessie McCoy Modified over 6 years ago

Similar presentations

Presentation on theme: "Do Now: In order to get to the park a boy must walk 4 blocks East, then 2 blocks North and finally 1 Block West. What is his resultant displacement and."— Presentation transcript:

1 Do Now: In order to get to the park a boy must walk 4 blocks East, then 2 blocks North and finally 1 Block West. What is his resultant displacement and direction? Solve Mathematically!

2 Aim: How do we calculate vectors mathematically?
HW: Vectors HW

3 What is 5 + 8? Think about this in terms of vectors. Why is it not so straight forward? Vector Possabilities

4 Calculate the resultant vector using trigonometric functions.
To calculate the resultant vector of a right triangle… Use the Pythagorean Theorem to find the magnitude of the vector. Use a trigonometric function…sine, cosine, tangent…to find the angle. Use N, S, E, W, N of E, etc. to describe the direction of the angle.

5 Problem A plane is flying west at 50 m/s and has a tailwind North at 20 m/s. Solve for the resultant velocity graphically, then mathematically.

Download ppt "Do Now: In order to get to the park a boy must walk 4 blocks East, then 2 blocks North and finally 1 Block West. What is his resultant displacement and."

Similar presentations

Vectors and Scalars AP Physics B. Scalar A SCALAR is ANY quantity in physics that has MAGNITUDE, but NOT a direction associated with it. Magnitude – A.

Vectors and Scalars AP Physics B. Scalar A SCALAR is ANY quantity in physics that has MAGNITUDE, but NOT a direction associated with it. Magnitude – A.
Vectors and Scalars AP Physics B.

Vectors and Scalars AP Physics B.
Mathematical Method for Determining Resultants of Vectors that form right triangles! If two component vectors are at right angles to each other, their.

Mathematical Method for Determining Resultants of Vectors that form right triangles! If two component vectors are at right angles to each other, their.
3.2 Vector Operations Physics A. Targets I can identify appropriate coordinate systems for solving problems with vectors. I can apply the Pythagorean.

3.2 Vector Operations Physics A. Targets I can identify appropriate coordinate systems for solving problems with vectors. I can apply the Pythagorean.
Unit 3: Motion Introduction to Vectors.  Scalar  units of measurement that involve no direction (mass, volume, time).  Vector  a physical quantity.

Unit 3: Motion Introduction to Vectors.  Scalar  units of measurement that involve no direction (mass, volume, time).  Vector  a physical quantity.
VECTORS VECTOR – ANY QUANTITY THAT IS DEFINED BY A MAGNITUDE (SIZE) AND A DIRECTION.

VECTORS VECTOR – ANY QUANTITY THAT IS DEFINED BY A MAGNITUDE (SIZE) AND A DIRECTION.
Aim: How can we use the parallelogram method of adding vectors? Do Now: Find the resultant of the following vectors through graphical means: 90 m/s South.

Aim: How can we use the parallelogram method of adding vectors? Do Now: Find the resultant of the following vectors through graphical means: 90 m/s South.
Chapter 3-2 Component Vectors. Pythagorean Theorem If two vectors are at a 90 0 angle, use the Pythagorean Theorem to find the resultant vector. C 2 =

Chapter 3-2 Component Vectors. Pythagorean Theorem If two vectors are at a 90 0 angle, use the Pythagorean Theorem to find the resultant vector. C 2 =
Adding Vectors on the Same Line When two vectors are in the same direction it is easy to add them. Place them head to tail and simply measure the total.

Adding Vectors on the Same Line When two vectors are in the same direction it is easy to add them. Place them head to tail and simply measure the total.
Review Components Do Now: Draw a vector that is 40 m/s at 40° North of West  What is the x component of the velocity and the y component of the velocity?

Review Components Do Now: Draw a vector that is 40 m/s at 40° North of West  What is the x component of the velocity and the y component of the velocity?
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.
3.1 & 3.2 Vectors & Scalars. Biblical Reference The Lord will grant that the enemies who rise up against you will be defeated before you. They will come.

3.1 & 3.2 Vectors & Scalars. Biblical Reference The Lord will grant that the enemies who rise up against you will be defeated before you. They will come.
Physics VECTORS AND PROJECTILE MOTION

Physics VECTORS AND PROJECTILE MOTION
Vectors.

Vectors.
1.4 Trigonometry. Sine, Cosine, and Tangent Pythagorean Theorem.

1.4 Trigonometry. Sine, Cosine, and Tangent Pythagorean Theorem.
Tuesday (10/1) Turn in: Staple your lab group’s data sheets from height lab. Place in top tray. Pick-up: Vector & Angle review Ws (complete for Warm-up)

Tuesday (10/1) Turn in: Staple your lab group’s data sheets from height lab. Place in top tray. Pick-up: Vector & Angle review Ws (complete for Warm-up)
Vectors Physics Book Sections 1.5-1.8. Two Types of Quantities SCALAR Number with Units (MAGNITUDE or size) Quantities such as time, mass, temperature.

Vectors Physics Book Sections Two Types of Quantities SCALAR Number with Units (MAGNITUDE or size) Quantities such as time, mass, temperature.
Vectors and Scalars. Physics 11 - Key Points of the Lesson 1.Use the tip-to-tail method when adding or subtracting vectors 2.The sum of all vectors is.

Vectors and Scalars. Physics 11 - Key Points of the Lesson 1.Use the tip-to-tail method when adding or subtracting vectors 2.The sum of all vectors is.
Physics Section 3.2 Resolve vectors into their components When a person walks up the side of a pyramid, the motion is in both the horizontal and vertical.

Physics Section 3.2 Resolve vectors into their components When a person walks up the side of a pyramid, the motion is in both the horizontal and vertical.
COLLEGE PREP PHYSICS. QOTD You and your classmates are all given a treasure map. You REALLY want that treasure! You are given a series of steps to follow.

COLLEGE PREP PHYSICS. QOTD You and your classmates are all given a treasure map. You REALLY want that treasure! You are given a series of steps to follow.

Similar presentations

Ads by Google