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Edad recomendada: 13 años

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Creada por

Rafael Escribano

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MECHANISMS TEST VELES1Versión en línea MECHANISMS TEST por Rafael Escribano 1 A ROWING IS AN EXAMPLE OF a A SECOND CLASS LEVER b A PULLEY c A THIRD CLASS LEVER d A FIRST CLASS LEVER 2 Which force you will have to make to lift a bucket of water of 20 Newtons with a pulley a 10 Newtons regardless of the type of pulley b 10 Newtons if we use a fixed pulley c 20 Newtons if we use a movable pulley d 20 Newton if we use a fixed pulley 3 This lever a is balanced b turns clockwise c turns anti clockwise 4 A class 2 lever allows us to a Make less effort to lift a load b Make more effort to lift a load c Make the same effort to lift a load 5 In which case do you have to make less force to lift the resistance a A b B c C d B AND C 6 How much does the elephant weigh if the cat weighs 3Kg a 2500 Kg b 3500 Kg c 4000 Kg d 3750 Kg 7 The mechanical advantage of this lever is a 4 b 3 c 2 d There is no mechanical advantage 8 The unknown mass to balanced the lever is a 70g b 50g c 35g d 65g 9 In which mechanism you always get mechanical advantage? a Class 1 lever b Class 3 lever c Fixed pulley d Movable pulley 10 The unknown mass to balance the lever is a 50g b 75g c 60g d None of them 11 In a class 3 lever, When is the force lower than the resistance ? a Always b Never c It depends on the resistance arm d It depends on the force arm 12 What happens in this lever a The lever is balanced b turns clockwise c turns anti clockwise d None of the earlier answers 13 Which class of lever is this image a class 1 b class 2 c class 3 d class4

MECHANISMS TEST VELES1Versión en línea

MECHANISMS TEST

por Rafael Escribano

A ROWING IS AN EXAMPLE OF

A SECOND CLASS LEVER

A PULLEY

A THIRD CLASS LEVER

A FIRST CLASS LEVER

Which force you will have to make to lift a bucket of water of 20 Newtons with a pulley

10 Newtons regardless of the type of pulley

10 Newtons if we use a fixed pulley

20 Newtons if we use a movable pulley

20 Newton if we use a fixed pulley

This lever

is balanced

turns clockwise

turns anti clockwise

A class 2 lever allows us to

Make less effort to lift a load

Make more effort to lift a load

Make the same effort to lift a load

In which case do you have to make less force to lift the resistance

B AND C

How much does the elephant weigh if the cat weighs 3Kg

2500 Kg

3500 Kg

4000 Kg

3750 Kg

The mechanical advantage of this lever is

There is no mechanical advantage

The unknown mass to balanced the lever is

70g

50g

35g

65g

In which mechanism you always get mechanical advantage?

Class 1 lever

Class 3 lever

Fixed pulley

Movable pulley

The unknown mass to balance the lever is

50g

75g

60g

None of them

In a class 3 lever, When is the force lower than the resistance ?

Always

Never

It depends on the resistance arm

It depends on the force arm

What happens in this lever

The lever is balanced

turns clockwise

turns anti clockwise

None of the earlier answers

Which class of lever is this image

class 1

class 2

class 3

class4

MECHANISMS TEST VELES1

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MECHANISMS TEST VELES1Versión en línea

por Rafael Escribano

A ROWING IS AN EXAMPLE OF

Which force you will have to make to lift a bucket of water of 20 Newtons with a pulley

This lever

A class 2 lever allows us to

In which case do you have to make less force to lift the resistance

How much does the elephant weigh if the cat weighs 3Kg

The mechanical advantage of this lever is

The unknown mass to balanced the lever is

In which mechanism you always get mechanical advantage?

The unknown mass to balance the lever is

In a class 3 lever, When is the force lower than the resistance ?

What happens in this lever

Which class of lever is this image