The area on an entrance ramp where you increase speed to that of expressway traffic is the <u>acceleration lane.</u>
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So the correct option is (D) that is acceleration lane.
A section or lane of adjustment for speed that has extra flooring on the borders of the lanes of traffic to let vehicles to accelerate until they merge with the flow of traffic.
Drivers must reach the posted speed limit before entering the acceleration lane, signal, locate a gap in traffic, and then merge.
Drivers can accelerate or decelerate in an area not being used by high-speed through traffic by using acceleration/deceleration lanes, also known as speed-change lanes or auxiliary lanes. The abrupt change in pace can result in stop-and-go traffic, crashes, and other problems on freeways and some major streets. These issues can be reduced by including acceleration/deceleration lanes in the roadway design.
Learn more about acceleration lane:
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<span>The 16.2cm by 22.9cm paper has an area = 370.98 square cm = 0.037098 square meters. And the atmospheric pressure at sea level is 101,325 Newtons per square meter. So if multiply the quantities: 101,325 N/m^2 and 0.037098 m^2 we get an answer of 3758.95 N.
* If we respect the fact that 22.9cm and 16.2 cm only have three significant digits then our answer would be 3760N.</span>
Observe as many moose as he can in as many locations as possible.
It’s is none of the above answers.
It is d. Potential energy
Answer:
1
The arrow with greater impart is Arrow B
2
The both arrows will feel the same impulse
Explanation:
1. Arrow B since 
it used more force to stop itself in a shorter distance.
2. They should feel the same impulse since the both had the same momentum 
