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Created by: Cindy Jarrett Clickers Interactive Presentation Created by: Cindy Jarrett Cindy Jarrett Motion & Design Vocabulary Teaching With Teaching Slides.

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Presentation on theme: "Created by: Cindy Jarrett Clickers Interactive Presentation Created by: Cindy Jarrett Cindy Jarrett Motion & Design Vocabulary Teaching With Teaching Slides."— Presentation transcript:

1 Created by: Cindy Jarrett Clickers Interactive Presentation Created by: Cindy Jarrett Cindy Jarrett Motion & Design Vocabulary Teaching With Teaching Slides

2 – A FORCE THAT RESISTS MOVEMENT BETWEEN TWO OBJECTS THAT ARE TOUCHING. 0 of 30 1.BALANCED FORCE 2.INERTIA 3.FRICTION 4.GRAVITY

3 FRICTION – A FORCE THAT RESISTS MOVEMENT BETWEEN TWO OBJECTS THAT ARE TOUCHING.

4 A FORCE OF ATTRACTION BETWEEN ANY TWO MASSES. THE STRENGTH OF THIS FORCE IS DEPENDENT ON THE MASS OF EACH OBJECT AND THEIR DISTANCE FROM ONE ANOTHER. 0 of 30 1.Friction 2.inertia 3.Momentum 4.Gravity

5 GRAVITY – A FORCE OF ATTRACTION BETWEEN ANY TWO MASSES. THE STRENGTH OF THIS FORCE IS DEPENDENT ON THE MASS OF EACH OBJECT AND THEIR DISTANCE FROM ONE ANOTHER. No Gravity- Zero Gravity

6 The tendency of a moving object to stay in motion or a resting object to stay still. 0 of 30 1.Gravity 2.Inertia 3.Friction 4.Tension

7 Inertia – tendency of a moving object to stay in motion or a resting object to stay still is inertia. Roller Coasters work because of gravity and inertia.

8 A push or a pull. This is also needed to make a moving object slow down, change direction or stop moving. 0 of 30 1.Perpetual motion 2.Force 3.Velocity 4.Tension

9 FORCE - A PUSH OR A PULL. A FORCE IS ALSO NEEDED TO MAKE A MOVING OBJECT SLOW DOWN, CHANGE DIRECTION OR STOP MOVING. A Push or a pull of the wagon is the force needed to move the wagon.

10 – STORED ENERGY THAT CAN BE RELEASED TO BECOME OTHER FORMS OF ENERGY. 0 of 30 1.Potential Energy 2.Kinetic Energy 3.Solar Energy 4.Inertia

11 POTENTIAL ENERGY – STORED ENERGY THAT CAN BE RELEASED TO BECOME OTHER FORMS OF ENERGY.

12 ENERGY ASSOCIATED WITH MOTION 0 of 30 1.Balanced Forces 2.Air Resistance 3.Potential Energy 4.Kinetic Energy

13 KINETIC ENERGY – Energy Associated With Motion

14 Is only done when a force makes something move. 0 of 30 1.Friction 2.Work 3.Gravity 4.Motion

15 WORK – IS ONLY DONE WHEN A FORCE MAKES SOMETHING MOVE. WORK = FORCE X DISTANCE WORK IS MEASURED IN JOULES.

16 - The term taken literally, refers to movement that goes on forever. 0 of 30 1.Perpetual Motion 2.Potential Energy 3.Speed 4.Velocity

17 PERPETUAL MOTION - The term perpetual motion, taken literally, refers to movement that goes on forever.

18 – HOW FAR SOMETHING MOVES. 0 of 30 1.Drag 2.Area 3.Distance 4.Momentum

19 DISTANCE – HOW FAR SOMETHING MOVES.

20 A measure of how fast something is moving. How far an object can go in a certain amount of time. 0 of 30 1.Motion 2.Momentum 3.Acceleration 4.Speed

21 SPEED – A MEASURE OF HOW FAST SOMETHING IS MOVING. HOW FAR AN OBJECT CAN GO IN A CERTAIN AMOUNT OF TIME.

22 – ABILITY TO DO WORK 0 of 30 1.Force 2.Acceleration 3.Inertia 4.Energy

23 ENERGY – ABILITY TO DO WORK

24 INITIATE AND INFLUENCE MOVEMENT -INITIATE AND INFLUENCE MOVEMENT 0 of 30 1.Unbalanced forces 2.Balanced forces 3.Friction 4.Acceleration

25 UNBALANCED FORCES- INITIATE AND INFLUENCE MOVEMENT The See Saw is unbalanced, the forces are not equal. Unbalanced Forces- The See Saw is unbalanced, the forces are not equal. Unbalanced forces are needed to make things change movement and direction. The hurdler has lost contact with the ground and has moved upwards. The earth's pull is unbalanced. This makes her slow down and change direction, so she comes down to earth again.

26 WHEN AN OBJECT IS AT REST THE FORCE IS _________ 0 of 30 1.Unbalanced forces 2.Balanced forces 3.Gravity 4.Friction

27 BALANCED FORCES- WHEN AN OBJECT IS AT REST IT IS BALANCED.

28 – THE RATE OF ACCELERATION. 0 of 30 1.Momentum 2.Speed 3.Work 4.Inertia

29 MOMENTUM – THE RATE OF ACCELERATION. MOMENTUM = MASS X VELOCITY

30 IS A VECTOR QUANTITY WHICH IS DEFINED AS THE RATE AT WHICH AN OBJECT CHANGES ITS VELOCITY.VECTOR QUANTITYVELOCITY 0 of 30 1.Speed 2.Distance 3.Acceleration 4.Friction

31 ACCELERATION - ACCELERATION IS A VECTOR QUANTITY WHICH IS DEFINED AS THE RATE AT WHICH AN OBJECT CHANGES ITS VELOCITY. AN OBJECT IS ACCELERATING IF IT IS CHANGING ITS VELOCITY. VECTOR QUANTITYVELOCITYVECTOR QUANTITYVELOCITY

32 - THE STATE IN WHICH ONE OBJECT’S DISTANCE FROM ANOTHER IS CHANGING. 0 of 30 1.Acceleration 2.Distance 3.Speed 4.Motion

33 MOTION - THE STATE IN WHICH ONE OBJECT’S DISTANCE FROM ANOTHER IS CHANGING.

34 – THE PROCESS OF IDENTIFYING A PROBLEM, CREATING A SOLUTION, EVALUATING THE SOLUTION BY TESTING, AND THEN REFINING THE DESIGN TO IMPROVE PERFORMANCE. 0 of 30 1.Template 2.Technical Drawing 3.Technical Design 4.Laws of Motion

35 TECHNOLOGICAL DESIGN – THE PROCESS OF IDENTIFYING A PROBLEM, CREATING A SOLUTION, EVALUATING THE SOLUTION BY TESTING, AND THEN REFINING THE DESIGN TO IMPROVE PERFORMANCE IS THE ESSENCE OF TECHNOLOGICAL DESIGN.

36 – A SET PATTERN, MOLD OR FORM. 0 of 30 1.Template 2.Gravity 3.Technological Design 4.Technological Drawing

37 TEMPLATE – A SET PATTERN, MOLD OR FORM.

38 -DETAILED PLAN THAT YOU COULD USE TO RECREATE THE SAME VEHICLE OR DESIGN AGAIN. 0 of 30 1.Model 2.Template 3.Technical Drawing 4.Simple Machine

39 TECHNOLOGICAL DRAWING – BLUE PRINT- DETAILED PLAN THAT YOU COULD USE TO RECREATE THE SAME VEHICLE OR DESIGN AGAIN.

40 – THE RATE OF CHANGE OF POSITION. 0 of 30 1.Drag 2.Velocity 3.Inertia 4.Momemtum

41 VELOCITY – THE RATE OF CHANGE OF POSITION.

42 A FORCE EXERTED BY A STRETCHED OBJECT, SUCH AS A SPRING. – A FORCE EXERTED BY A STRETCHED OBJECT, SUCH AS A SPRING. 0 of Tension 2. Inertia 3. Energy 4. Momentum

43 TENSION – A FORCE EXERTED BY A STRETCHED OBJECT, SUCH AS A SPRING.

44 The spinning of a wheel. One complete spin is equal to one of these. 0 of 30 1.Momentum 2.Propeller 3.Unbalanced Forces 4.Revolutions

45 REVOLUTIONS – THE SPINNING OF A WHEEL. ONE COMPLETE SPIN IS EQUAL TO ONE REVOLUTION.

46 – THE FORCE OF FRICTION ON A VEHICLE AS IT MOVES THROUGH THE AIR. 0 of 30 1.Inertia 2.Air Resistance 3.Velocity 4.Tension

47 AIR RESISTANCE – THE FORCE OF FRICTION ON A VEHICLE AS IT MOVES THROUGH THE AIR.

48 - THE BLADES ACT AS ROTATING WINGS (THE BLADES ARE IN FACT WINGS OR AIRFOILS), AND PRODUCE FORCE.WINGS AIRFOILS 0 of 30 1.Propeller 2.Air Resistance 3.Revolutions 4.Axle

49 PROPELLER - - THE BLADES OF A PROPELLER ACT AS ROTATING WINGS (THE BLADES OF A PROPELLER ARE IN FACT WINGS OR AIRFOILS), AND PRODUCE FORCE.WINGS AIRFOILS

50 – A BAR OR SHAFT ON WHICH A WHEEL TURNS. 0 of 30 1.Pulley 2.Inclined Plane 3.Axle 4.Lever

51 AXLE – A BAR OR SHAFT ON WHICH A WHEEL TURNS.

52 – THE FORCE THAT OPPOSES THE FORWARD MOTION OF A VEHICLE. 0 of 30 1.Drag 2.Inertia 3.Momentum 4.Speed

53 DRAG – THE FORCE THAT OPPOSES THE FORWARD MOTION OF A VEHICLE.

54 – THREE LAWS FORMULATED BY SIR ISAAC NEWTON, THE DESCRIBE HOW OBJECTS MOVE IN RELATION TO THE FORCES ACTING ON THEM. 0 of 30 1.The Constitution 2.Theory of Relativity 3.Unbalanced Forces 4.Laws of Motion

55 LAWS OF MOTION – THREE LAWS FORMULATED BY SIR ISAAC NEWTON, THE DESCRIBE HOW OBJECTS MOVE IN RELATION TO THE FORCES ACTING ON THEM.

56 – AN ORIGINAL MODEL OR DESIGN. 0 of 30 1.Propeller 2.Prototype 3.Simple Machine 4.Contour Map

57 PROTOTYPE – AN ORIGINAL MODEL OR DESIGN.

58 – MACHINE WITH FEW OR NO MOVING PARTS THAT MAKES IT EASIER TO DO WORK. 0 of 30 1.Simple Machines 2.Computer 3.Diesel Engine 4.Alarm clock

59 SIMPLE MACHINES – MACHINE WITH FEW OR NO MOVING PARTS THAT MAKES IT EASIER TO DO WORK.

60 – KIND OF WHEEL WITH A GROOVE FOR A ROPE OR CABLE. 1.Screw 2.Inclined plane 3.Wheel and axle 4.Pulley 0 of 30

61 PULLEY – KIND OF WHEEL WITH A GROOVE FOR A ROPE OR CABLE.

62 – A WEDGE IS AN EXAMPLE OF A RAMP. 1.Wheel & Axle 2.Inclined Plane 3.Pulley 4.Screw 0 of 30

63 INCLINED PLANE – A WEDGE IS AN EXAMPLE OF A RAMP.

64 SIMPLE MACHINE THAT IS AN INCLINED PLACE WRAPPED AROUND A ROD. 0 of 30 1.Wheel and axle 2.Pulley 3.Screw 4.Wedge

65 SCREW - SIMPLE MACHINE THAT IS AN INCLINED PLACE WRAPPED AROUND A ROD.

66 – IS A TYPE OF INCLINED PLANE-SIMPLE MACHINE THAT IS REALLY 0 of 30 1.PULLEY 2.WEDGE 3.SCREW 4.WHEEL & AXLE

67 WEDGE – IS A SIMPLE MACHINE THAT IS REALLY A TYPE OF INCLINED PLANE- A WEDGE CAN HAVE EITHER 1 OR 2 SLOPING SIDES. A CHISEL IS A WEDGE. A WEDGE IS AN AXE.

68 – A SIMPLE MACHINE THAT IS A RIGID BAR THAT TURNS AROUND A FIXED POINT. THE FIXED POINT IS REFERRED TO AS A FULCRUM. 1.Lever 2.Wedge 3.Screw 4.Inclined plane 0 of 30

69 LEVER – A SIMPLE MACHINE THAT IS A RIGID BAR THAT TURNS AROUND A FIXED POINT. THE FIXED POINT IS REFERRED TO AS A FULCRUM. LEVER – A SIMPLE MACHINE THAT IS A RIGID BAR THAT TURNS AROUND A FIXED POINT. THE FIXED POINT IS REFERRED TO AS A FULCRUM.

70 – SIMPLE MACHINE THAT CONSISTS OF A LARGE WHEEL FIXED TO A SMALLER WHEEL OR SHAFT – SIMPLE MACHINE THAT CONSISTS OF A LARGE WHEEL FIXED TO A SMALLER WHEEL OR SHAFT 1.Pulley 2.Wheel and axle 3.Fulcrum 4.Lever 0 of 30

71 WHEEL & AXLE – SIMPLE MACHINE THAT CONSISTS OF A LARGE WHEEL FIXED TO A SMALLER WHEEL OR SHAFT CALLED AN AXLE.


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