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What else can I help you with?
How much stopping distance on wet roads?
Stopping distance on wet roads is typically longer than on dry surfaces due to reduced traction. On average, the stopping distance can increase by about 30% or more, depending on factors like vehicle speed, tire condition, and the degree of water on the road. For instance, at 60 mph, stopping distances can extend from about 150 feet on dry roads to over 200 feet on wet roads. It's essential for drivers to adjust their speed and increase following distances in wet conditions to ensure safety.
What the following y to appear on a map?
The phrase "y to appear on a map" seems to be incomplete or unclear. If you meant to ask about a specific element, such as a location, feature, or symbol that should be represented on a map, please clarify. Typically, elements like roads, landmarks, bodies of water, and political boundaries are the key features that appear on maps to provide information about the area.
What is water called that doesn't soak into the ground?
Water that doesn't soak into the ground is called surface water. This can include water on the surface of the soil, like puddles or streams, or water on impermeable surfaces like roads or roofs.
Why does water in a rock pool appear to be shallow?
cause its cool like that cause its cool like that
Why does objects appear close in water?
because it acts like a magnifying glass
Why do moose like to eat salt off roads?
cause roads taste like salt
When substances in a mixture appear to be a single substance like salt water?
homogeneous mixture
Why do frogs and toads seem to appear after a rain?
Because they like water. They really love water that is why some live in the water all the time!
Why do frogs and toads seem to appear after rain?
Because they like water. They really love water that is why some live in the water all the time!
Why does the road look like water?
The road may appear to look like water due to a phenomenon called a mirage, where light is refracted and creates the illusion of water on the road's surface.
On very hot days why do some dry roads appear wet and seem to reflect images?
On very hot days why do some dry roads appear wet and seem to reflect images due to a mirage. This is caused by light rays being bent and then produces a displaced image of the sky or distant objects.
What are the advantages of gritting?
Acts like salt and reduces the temperature at which water freezes, thus making roads safer and less icy
