The magnitude of your displacement can be less than your distance traveled And The magnitude of your displacement can be equal to your distance traveled.
Magnitude in physics is simply described as "distance or quantity." It shows the size or direction that an object moves in either an absolute or relative sense. A force's magnitude is defined as the total amount of forces operating on an item. The strength of the force grows if every force is exerting itself in the same direction. The magnitude of the force diminishes when forces are applied to an object from various angles. Meters per second squared is the unit used to measure acceleration. The units must account for both variables since acceleration deals with both velocity and time. The object's current speed is represented by the magnitude of the velocity vector. The velocity vector is pointed in the same general direction as the object's motion. Multiply the constant acceleration rate by the time difference to determine the magnitude of the velocity at any given moment, and then add that value to the beginning velocity.
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The bigger the slower it will decreases in heat and smaller the faster it will be
Answer:
<em>The gauge pressure at this height is 304.11 kPa</em>
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Explanation:
Height of water is 31.0 m
We know that gauge pressure is the pressure by which a given pressure exceeds the atmospheric pressure. Normally, the absolute pressure due to this height of water would have been the atmospheric pressure plus the gauge pressure due to this height of water. In the case, we only consider the gauge pressure due to the height of water, since the atmospheric pressure is considered the datum pressure.
Gauge pressure of water = ρgh
where ρ is the density of water = 1000 kg/m^3
g is the acceleration due to gravity = 9.81 m/s^2
h is the height = 31.0 m
Gauge pressure of the water = 1000 x 9.81 x 31 = 304110 Pa = <em>304.11 kPa</em>
Beryllium: mass number of an atom = number of neutron + number of proton in the nucleus = 5+4=9
The acceleration of the ball would decrease when the same amount of force is applied.
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<u>Given the following data:</u>
- Acceleration = 5
To determine the new acceleration of the ball when the same amount of force is applied, we would apply Newton's Second Law of Motion:
Mathematically, Newton's Second Law of Motion is given by this formula;
Substituting the given parameters into the formula, we have;
Acceleration = 3.57
Therefore, the acceleration of the ball would decrease when the same amount of force is applied.
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