Israel Driving Theory Test

Question:1

How does a multitude of traffic signs before an intersection affect the driver’s response?

The driver is forced to slow down in order to identify the signs and obey their demands.

A multitude of traffic signs always confuses the driver.

A multitude of traffic signs will cause the driver to think faster in the intersection.

A multitude of traffic signs should not affect the driver’s conduct when approaching an intersection.

Category : Safety

Question:2

Can a refreshment break whilst driving lessen the driver’s tiredness?

It can drive the tiredness away completely.

Yes, for a long time.

Absolutely yes, and it is even better, on the long run, than taking a rest outside the vehicle.

Yes, for a short time.

Category : Safety

Question:3

What are the specific risks and problems in crossing intersections?

Many and various contact points between the different types of vehicle through the intersection.

Crossing the intersections takes a long time; an upsetting fact for drivers.

The fact that vehicles approach the intersection from different directions causes no problem. The problem is only with pedestrians.

Specific risks and problems are present only in intersections with traffic lights.

Category : Safety

Question:4

Can a short refreshment break whilst driving lessen the driver’s tiredness?

Yes, after a break of a few minutes you can drive continuously for many hours.

Yes, a short break would drive the tiredness away completely.

No, a short break is an ineffective way to fight tiredness.

Yes, for a short time.

Category : Safety

Question:5

You are driving a heavy truck down a steep and long descent. When should you shift to an appropriate low gear?

The gears are insignificant for slowing down, but you must use the speed retarders intelligently.

There is no need to shift to low gear. You should shift to high gear and regulate your speed with the speed retarder, to increase safety.

You should shift to low gear towards the end of the descent.

You should shift to low gear at the beginning of the descent.

Category : Safety

Question:6

How are you required to conduct yourself according to the event that is depicted in the following picture?

Drive faster and move to the left lane.

Stop next to the pedestrian and explain to him that pedestrians should use the pedestrian crossing behind him.

Stop before the pedestrian and signal to him in whatever way that there is a pedestrian crossing behind him.

Slow down, show extreme caution, and don’t do anything that might endanger or scare the pedestrian.

Category : Safety

Question:7

The danger of skidding on a wet road is greater:

The deeper are the grooves in the tires.

The more worn-out are the tires.

The higher is the tire air pressure.

The heavier is the vehicle.

Category : Safety

Question:8

What should a driver do when he approaches a road section on which oil was spilled?

Drive faster and avoid stepping on the brake pedal.

Slow down as moderately as possible, and avoid heavy l braking.

Move the wheel left and right intermittently while driving on the oil.

Continue driving normally, because the oil helps to increase tire-road friction.

Category : Safety

Question:9

How are you required to conduct yourself according to the following road signs?

It is prohibited to drive slower than the speed indicated in the sign.

Slow down and keep to the right before entering the curve.

The last road sign is the determining one; drive 90 k.p.h.

Drive normally. The placement of the road signs is unlawful.

Category : Safety

Question:10

The silver vehicle (1) exits from parking while driving in reverse. What would be your reaction?

Honk. Blink your headlights and continue driving.

Swerve to the opposite lane and continue driving normally.

Slow down and prepare to stop (2).

Block the silver vehicle’s driving lane and allow the red vehicle to get out.

Category : Safety

Question:11

What is the risk in braking while being forced to pull onto the “hard shoulder”?

The Vehicle may spin as a result of braking on different types of road surfaces that have different grades of friction.

Loss of steering ability as a result of excessive air pressure in the tires.

Loss of steering ability as a result of excessive brake use.

Vehicle spinning, because its front wheels become locked.

Category : Safety

Question:12

How would you avoid colliding with a vehicle that drives in the same direction you?

These collisions cannot be avoided.

Always turn on the distress lights (the four winkers).

Keep a sufficient distance from the vehicle in the front. and at the side

Always drive with your headlight turned on.

Category : Safety

Question:13

How are you required to conduct yourself in the following road section?

Turn in a bigger radius to maintain reasonable speed.

Turn in a small radius and adjust your speed.

Slow down before entering the curve and accelerate when coming out of it.

Accelerate at the entry to the curve, and slow down within it and when coming out of it.

Category : Safety

Question:14

What is required in order to change lanes without causing any disturbance or risk?

The driver should only verify that he gives a signal with the winker while changing lanes.

The driver should give a timely signal from a sufficient distance, perform a peripheral check in all directions, and glance at the mirrors, before starting to change lanes.

The driver should communicate with other drivers and give a signal 3km before changing lanes.

The driver should give a signal with the winker and with the headlights while changing lanes.

Category : Safety

Question:15

What are we required to check and verify before starting-up the vehicle’s engine?

That the foot brake is pressed, the parking brake secured, the gear handle is in Neutral (N) and the clutch is pressed (in automatic vehicles – Parking (P))

The parking brake is released, the gear handle is in first gear and the clutch is pressed.

The parking brake is released, the gear handle is on Neutral (in automatic vehicles – N) and the clutch is pressed.

The parking brake is secured, the gear handle is on first gear (in automatic vehicles – D) and the clutch is pressed.

Category : Safety

Question:16

How are you required to conduct yourself according to the occurrence that is depicted in the following picture?

Stop 12 meters before the pedestrian crossing and allow the pedestrian to finish crossing safely.

The pedestrian noticed you and therefore he should stop and allow you to cross the intersection safely.

The pedestrian doesn’t notice you. Honk gently to signal him that you wish to continue driving.

Slow down and even stop if needed, and allow the pedestrian to finish crossing safely.

Category : Safety

Question:17

When you are driving behind another vehicle:

While driving uphill – keep a small distance; while driving downhill – keep double distance.

Keep a safe distance from the vehicle in front of you, to prevent an accident.

Keep a smaller distance from the vehicle in front of you.

Keep a larger distance from the vehicle in front of you only when a “general danger” road sign is placed.

Category : Safety

Question:18

What is the correct way for pulling onto a “hard shoulder” which is lower than the road?

Quickly pulling onto the “hard shoulder” and quickly stopping after a very short distance.

Slowing down to a low speed and gradually moving onto the “hard shoulder”.

There is no "correct way": It is prohibited to pull onto a lower hard shoulder.

Quickly pulling onto the “hard shoulder” and then slowing down gradually.

Category : Safety

Question:19

What are the tedious driving conditions described in the following picture?

Wet road, poor visibility and heavy traffic.

Due to the weather conditions the traffic sign is not clear.

A camera is installed in the intersection; therefore it is not permitted to cross when the light is red.

The traffic congestion in the intersection does not oblige us to be overly careful.

Category : Safety

Question:20

While braking and slowing down, what force of nature is applied on the vehicle?

No force of nature affects the vehicle while it is braking or slowing down.

The force of inertia, i.e. the force which causes the vehicle to continue moving.

The centrifugal force, i.e. the force applied on the vehicle when it is turning.

The lift force, i.e. the force that pulls the vehicle upwards.

Category : Safety

Question:21

According to the picture, how should drivers before the traffic light behave?

Stop and get ready to start driving.

Start driving.

Continue driving.

Prepare to stop, because red light is about to appear.

Category : Safety

Question:22

What is the main risk of approaching an intersection on a wet road?

When it rains, there are more pedestrians.

On a wet road, the road markings are concealed.

The vehicle might skid into the area of the intersection due to the wet road.

Vehicles face no risk on a wet road.

Category : Safety

Question:23

Why should we avoid running the vehicle’s engine in a closed placed?

Because the emitted burnt gases (exhaust)are toxic.

To avoid engine over-heating due to poor ventilation.

There is no need to avoid it, because it is not important whether or not the engine is running in a closed or open place.

Because the engine cannot be operated in a closed place.

Category : Safety

Question:24

Traffic changes are taking place ahead, how would you prepare for these changes?

You are driving on the right lane, pay attention to the vehicles merging into your lane from the right only.

The number of lanes is decreasing; move to the left lane without interrupting the vehicles in that lane.

The number of lanes is increasing; stay on the right lane and keep to your right.

You are driving in the right lane, pay attention to the vehicles merging into your lane, from left and right.

Category : Safety

Question:25

How would you respond to the situation depicted in the following picture?

Drive faster and pass the children before they start crossing the roadway.

Slow down, follow the children movement and prepare to stop.

Continue driving. The children would not cross the road when noticing an approaching vehicle.

Honk to the children and warn them that you are approaching and that they should not get on the roadway.

Category : Safety

Question:26

The driver’s reaction distance is the distance covered by the vehicle:

From the moment the driver steps on the brake pedal until the vehicle makes a complete stop.

From the moment the driver identifies the danger ahead until the moment he begins to react to the danger.

From the initial reaction until the end of the vehicle’s braking.

From the moment the driver identifies the risk ahead until the vehicle makes a complete stop.

Category : Safety

Question:27

Why are you required to be more careful while driving after dark?

The duty of care only applies under conditions of fog and rain.

The duty of care applies only in case of blinding.

Because visibility (seeing and being seen) is limited.

You are not required to be extra cautious during the dark.

Category : Safety

Question:28

Where would you load heavy freight on a truck’s freight platform?

The positioning of the heavy freight is non-significant.

From the rear axle to the direction of the driver’s compartment.

In the front part of the freight trunk.

Behind the rear axle.

Category : Safety

Question:29

What should be the initial actions taken by a driver after entering the vehicle and before starting to drive?

Checking the position of the gear handle.

Buckling the seatbelt.

Starting-up and warming the vehicle.

Adjusting the seat, steering wheel, mirrors and head rests.

Category : Safety

Question:30

How can you manage to keep your braking distance within the range of your vehicle’s lights while driving at night?

By using an additional spot light to detect road hazards.

By using the rear fog light to reinforce your head lights beam.

By turning on the long-distance high beam and driving at a high speed accordingly.

By adjusting your driving speed to your field of vision at all times.

Category : Safety

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Theory test for heavy trucks

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Theory test for heavy trucks

Theory test for heavy trucks