<span>A liter is slightly larger than a what? *Quart
</span><span>A meter is slightly larger than a what? *Yard
</span>How do you find the mass of water using a balance? *Im guessing by balance you mean triple bean balance so; <span>add the </span>mass <span>values of the three </span><span>beams
</span><span>If you plunged a thermometer into boiling water what would the temperature be? *I'll take this as just in general boiling water 100</span>°C or 212°F<span>
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The momentum change of the system during the collision is always equals to one another.
<h3>Momentum change during collision</h3>
In a collision, the momentum change of first object is equal to and opposite of the momentum change of second object with which the first one collided. Or in other words, the momentum lost by first object is equal to the momentum gained by second object.
The total momentum of the system means the collection of two objects is conserved so we can conclude that the momentum change of the system during the collision is always equals and opposite to one another.
Learn more about collisions here: brainly.com/question/7538238
Answer:
As You know kinetic Energy is equal (mv^2)/2
You can increase it by increasing the mass(keeping the velocity)
Or You can add velocity
Explanation:
The pressure at a point on a sloping surface with a tank filled with liquid depends on the slope of the surface because the elevation is a factor here. The force that is a factor too is dependent on the angle of elevation. Force is equal to weight times sine angle.