Rank these automobiles based on the magnitude of the impulse needed to stop them, from largest to smallest. Rank from largest to smallest. To rank items as equivalent, overlap them. If the ranking cannot be determined, check the box below. View Available Hint(s) 2000 kg 1000 kg 500 kg 4000 kg 500 kg 1000 kg 5 m/s 10 m/s 20 m/s 5 m/s 10 m/s 20 m/s largest smallest The correct ranking cannot be determinar Submit

Since impulse is defined as a change in momentum, we may conclude that since all autos are based on magnitude, their initial momentum and ultimate momentum are the same. Automobile 6 = Automobile 4>(Automobile 2 = Automobile 3>Automobile 1> Automobile 5

Magnitude is a term used in physics to describe an object's maximal size and direction. Magnitude is a factor that is shared by both scalar and vector quantities. We are aware that by definition, scalar quantities are those with only magnitude. It displays an object's size, direction, or motion in absolute or relative terms. It is used to describe something's size or scope. Magnitude in physics typically refers to a size or quantity.

One is roughly 10 times greater than the other if two integers are separated by one order of magnitude. They differ by a factor of around 100 if they are separated by two orders of magnitude. The greater value is less than 10 times the smaller value when two numbers are of the same order of magnitude.

Automobile-1 Mass= 2000kg = 5m/s

Automobile-2 Mass= 1000kg = 10m/s

Automobile-3 Mass= 500kg = 20m/s

Automobile-4 Mass= 4000kg = 5m/s

Automobile-5 Mass= 500kg = 10m/s

Automobile-6 Mass= 1000kg = 20m/s

Since we now understand that each car's momentum is the result of its mass and velocity, we will have

Automobile-1

P₁ = m × v

P₁ = (2000)(5)

P₁ = 2 × 10⁴kgm/s

Automobile-2

P₂ = m × v

P₂ = (1000)(10)

P₂ = 10⁴kgm/s

Automobile-3

P₃ = m × v

P₃ = (500)(20)

P₃ = 10⁴kgm/s

Automobile-4

P₄ = m × v

P₄ = (4000)(5)

P₄ = 2 × 10⁵kgm/s

Automobile-5

P₅ = m × v

P₅ = (500)(10)

P₅ = 10³kgm/s

Automobile-6

P₆ = m × v

P₆ = (1000)(20)

P₆ = 2 × 10⁵kgm/s

Then the momentum is:

Automobile 6 = Automobile 4>(Automobile 2 = Automobile 3>Automobile 1> Automobile 5

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establish the relation among energy, density, strain and stress

Two physical science classes are playing tug of war. Mrs. Hankinson’s class pulls left with a force of 100 N, while Mrs. Wade’s class pulls with a force of 105 N in the opposite direction.


What is the net force, and which class won?


A. 205 N, Mrs. Wade's class

B. 5 N, Mrs. Wade's class

C. 205 N, it was a tie

D. 5 N, Mrs. Hankinson's class