A 100 N flower pot is hanging from the end of a 200 N beam 1 meter long. A 100 N flower pot is hanging from the end of a 200 N beam 1 meter long. The situation.

Slides:



Advertisements
Similar presentations
Torque and Rotation.
Advertisements

Torque and Rotation Physics.
Physics 111: Mechanics Lecture 12
Equilibrium and Torque
ℓ Torque τ = F·ℓ F and ℓ must be perpendicular. F Axis
Statics Worksheet Solutions
Rotational Equilibrium and Rotational Dynamics Rotational Motion 1 of 25 AP Physics B Lecture Notes.
A wrench is used to attempt to turn a bolt. The bolt has a radius of 1cm and the wrench is 30cm long. Draw the extended force diagram for the bolt/wrench.
Static Equilibrium KEY
Torque and Equilibrium
Torque Looking back Looking ahead Newton’s second law.
Ropes and Pulleys.
When a car accelerates forward on a level roadway, which force is responsible for this acceleration? State clearly which.
Chapter 9 Torque.
PHYS16 – Lecture 26 Ch. 12 Static Equilibrium. Static Equil. Pre-question If ball 2 has twice the mass of ball 1 and the system is in static equilibrium.
AP PHY_Torque. 1)What is the total amount of kinetic energy the mass has as it swings through the equilibrium position? a. 11J b. 94J c. 110J d. 920J.
Causing Rotational Motion In order to make an object start rotating about an axis, a force is required However, not only the amount of force applied but.
Torque.
Agenda 1.Warm Up 2.Check HW 3.Notes: Torque 4.C#11 Warm Up A vertical spring with a spring constant of 5Nm, has a 1 kg mass hanging from it. It undergoes.
Physics 106: Mechanics Lecture 08
Equilibrium Lecturer: Professor Stephen T. Thornton.
T082 Q1. A uniform horizontal beam of length 6
Statics November 4, A 1kg ball is hung at the end of a rod 1m long. If the system balances at a point on the rod 0.25m from the end holding the.
Warm-Up: February 17, 2015 Write down a definition for equilibrium.
Which free body diagram represents the moment when the proton enters the magnetic field region? 1 3 proton B Field out of screen 2 ponearth F  Construct.
Chapter 9 Torque.
Statics Force is a push or pull caused by the interaction between two objects. Forces that do not cause motion are defined by the laws of Statics.
ConcepTest 11.1 Balancing Rod
AIM: What are Newton’s three laws, and how do they describe how an object behaves? Do Now: - Draw a Free Body Diagram for the block below if 1. it is at.
Torque and Equilibrium Practice
Formative Assessment. 1. A 130. gram uniform meter stick has a 22.0 g clamp on the 23.0 cm mark, where would you clamp a 35.0 g clamp to make the meter.
Physics 101: Lecture 27, Pg 1 Forces: Equilibrium Examples Physics 101: Lecture 02 l Today’s lecture will cover Textbook Sections No LAB preflights.
Applications & Examples of Newton’s Laws. Forces are VECTORS!! Newton’s 2 nd Law: ∑F = ma ∑F = VECTOR SUM of all forces on mass m  Need VECTOR addition.
Physics 101: Lecture 14, Pg 1 Physics 101: Lecture 14 Torque and Equilibrium l Today’s lecture will cover Textbook Chapter
FORCES at WORK Today is Component forces and friction.
Module 1.1 – Displacement and Velocity Vectors
Free Body Diagrams.
Rotational Equilibrium and Rotational Dynamics Rotational Motion 1 of 25 Physics 2053 Lecture Notes.
Physics 101: Lecture 2, Pg 1 Forces: Equilibrium Examples Physics 101: Lecture 02 l Today’s lecture will cover Textbook Sections Phys 101 URL:
Copyright Sautter The next slide is a quick promo for my books after which the presentation will begin Thanks for your patience! Walt S.
Physics Jeopardy Review for the Mechanical Equilibrium Test.
The Mechanics of Forces
Use the Force… To discuss what forces can do for them.
Physics 12 Concept Questions
Chapter 12. Rotation of a Rigid Body
A wrench is used to loosen a nut as shown below.
Mary pulls on a lawnmower parallel to the ground
Forces: Equilibrium Examples
Statics Worksheet 1 Answers
Force Vectors and Equilibrium
Force and Motion A force is something that is capable of changing an object’s state of motion, that is, changing its velocity.
Uniform Circular Motion
Unit 5, Lesson 5 Torque.
Torque and Equilibrium
Ch. 5 slides.ppt Forces.ppt.
Newton’s Laws: Practice Problems
Purdue University, Physics 220
Torque.
Newton’s Laws: Practice Problems
Free Body Diagrams and Acceleration
1 Balancing Rod 1) 1/4 kg 2) 1/2 kg 3) 1 kg 4) 2 kg 5) 4 kg
Chapter 6 – Forces in Motion
Solution... Click for answers.
Physics 101: Lecture 14 Torque and Equilibrium
Equilibrium and Torque
Chapter 9 Torque.
Forces in Equilibrium Name: _______________
1979B2. A 10‑kg block rests initially on a table as shown in cases I and II above. The coefficient of sliding friction between the block and the table.
Warm-up Describe a situation that requires work..
Which free body diagram best represents the forces on the mower?
Presentation transcript:

A 100 N flower pot is hanging from the end of a 200 N beam 1 meter long. A 100 N flower pot is hanging from the end of a 200 N beam 1 meter long. The situation is represented with a force diagram. The same situation is described mathematically:  = _100 N(1 m) _200 N (1/2 m) _ (1/2 m) sin 30 What are the missing signs in this statement? 30 o ½ m x y 1+––2–––3–– –+1+––2–––3–– –+

A block hangs on a massless meter stick supported by two scales. The situation is described mathematically:  F y = 0 = T left support on beam + T right support on beam – F block string on beam  = F block string on beam (1/4 L) – T right support on beam L = 0 1A, located at 1 / 4 m to the right 2B, located at 1 / 3 m to the right 3C, located at 1 / 2 m to the right 4D, located at 3 / 4 m to the right A B CD A student’s picture is shown with one block in the correct position. Which block is that? Construct a picture and describe where this block would need to be placed.

The drawbridge at Camelot castle is used to help keep invaders out. A group of invaders rapidly and the bridge is raised. One invader jumps on and holds on to the bridge. A student drew a free body diagram for the drawbridge. Identify the forces represented correctly. 12, 4 21, 3, 4 32, 3, 4 41, 3, 5 52, 3, 5 x y Construct a free body diagram for the drawbridge.

You are pushing down on one end of a balance. On the other end is a 1 kg object. The system is in equilibrium. Which mathematical descriptions below match the picture above? a  Fy = 0 = - 10 N + F HAND ON BOARD b  Fy = 0 = - 10 N - F HAND ON BOARD + F PIVOT ON BOARD c  = 0 = 10 N (30 cm) – F HAND ON BOARD (70 cm) d  = 0 = 10 N (30 cm) – F HAND ON BOARD (100 cm) 30 cm 70 cm 1a, c2 a, d 3b, c4 b, d Construct mathematical descriptions below to match the picture above.

A sign is hung on the side of a building as shown below. What force diagram shows this situation? Construct a force diagram of the sign that shows this situation.

Four people, a defensive end for the scarlet knights, a cheerleader, a 5 year old sports fan and a baby are all on a diving board at the local pool. The torque on the board due to each person is the same. What picture shows the position of the people to best match the above? Draw a picture that shows the position of the people to best match the above description.

A balance with moveable pans is shown in the picture below. Which statement below is incorrect? 1 The location of the red boxes on the pans will make a difference in how the beam tilts. 2 The length of the rope connecting the pans to the balance will effect how the beam tilts. 3 If the block on the left is removed, then the two pans could still be balanced. 4 If the base is moved at an angle, then the pans will not balance.