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Traveling faster than the speed limit increase the risk of accidents. It also increases the risk of bodily injury in the case of an accident.

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If traffic is traveling faster than the speed limit resist going the speed of what?

If traffic is traveling faster than the speed limit, resist the urge to exceed the speed limit yourself. It is important to prioritize safety and adherence to traffic laws to avoid potential accidents or legal consequences.


Traveling faster than the speed limit increases both the risk and the of a crash?

Traveling faster than the speed limit increases both the risk and the severity of a crash. Speeding reduces the driver's reaction time and control, making it more difficult to avoid collisions or stop safely. It also magnifies the force of impact in case of a crash, leading to more severe injuries or fatalities.


If traffic traveling faster than speed limit resist going the speed of the?

It is important for all drivers to follow the posted speed limit for safety reasons. Traveling at a speed higher than the posted limit can lead to accidents, fines, and increased risk to both the speeding driver and others on the road. It is best for all drivers to comply with the speed limits set for each road.


If traffic is going faster than the speed limit resist going the speed of the?

It is safer to maintain the speed limit even if other vehicles are going faster. Speeding increases the risk of accidents and traffic violations. It is important to prioritize safety over keeping up with the flow of traffic.


How much faster is a car than walking?

Significantly faster. At a force march pace, a person walking will travel four to five miles in an hour. In a car, you can travel much faster. For instance, the nearest Interstate to me has a speed limit of 75 miles per hour, so, if you were to compare the two traveling up that stretch of road, the car (moving at the speed limit) would be traveling at 15 times the speed that the person walking (at a brisk force march pace) would be traveling at.


How does temperature affect the speed of a wave traveling through a liquid?

Temperature affects the speed of a wave traveling through a liquid by changing the density and viscosity of the liquid. Generally, as temperature increases, the speed of the wave also increases because warmer temperatures decrease the density and viscosity of the liquid, allowing the wave to travel faster.


When the frequency of the source of a water wave increases the speed of the waves traveling in the water increases. Is this a true or false statement?

The statement, when the frequency of the source of a water wave increases the speed of the waves traveling in the water increases is true. It is stated that sound will travel through the water at 20 degrees Celsius faster than water at 80 degrees.


Is it possible to get a ticket for speeding when driving the speed limit or under the speed limit?

No, because if you are driving at or under the speed limit then you ARE NOT SPEEDINGAdditional thoughts...Although, you could be traveling too fast for road conditions. You can get ticketed for that.Also, In Illinois, if you are driving in the far left lane at the speed limit, but are making others pass you because traffic is going faster - you could be ticketed.


If the posted speed is not safe at that time can be cited for driving at the posted speed limit?

You can be ticketed for traveling at an unsafe speed regardless of the speed limit.


How many times faster than the speed of sound can you travel?

No real limit, up to the speed of light. The Apollo astronauts traveled at ABOUT 32 times the speed of sound on their trip to the moon. That is the fastest yet.


Are planes faster than cars if they have the same speed?

Example, if a car and a plane are both traveling at 200 mph, they are both doing the same speed, they are equal, until one or the other increases or decreases speed.


How does heat affect sound?

Heat can affect the speed of sound by changing the density of the medium through which the sound is traveling. Generally, in warmer temperatures, the speed of sound increases as the molecules in the medium have more energy and can vibrate faster. This can result in sound waves traveling faster in warmer air than in colder air.