Answer:
The greater the rotation angle in a given amount of time, the greater the angular velocity. Angular velocity ω is analogous to linear velocity v. We can write the relationship between linear velocity and angular velocity in two different ways:
Answer:
223 degree
Explanation:
We are given that
Magnitude of resultant vector= 8 units
Resultant vector makes an angle with positive -x in counter clockwise direction
We have to find the magnitude and angle of the equilibrium vector.
We know that equilibrium vector is equal in magnitude and in opposite direction to the given vector.
Therefore, magnitude of equilibrium vector=8 units
x-component of a vector=
Where v=Magnitude of vector
Using the formula
x-component of resultant vector=
y-component of resultant vector=
x-component of equilibrium vector=
y-component of equilibrium vector=
Because equilibrium vector lies in III quadrant
The angle lies in III quadrant
In III quadrant ,angle =
Angle of equilibrium vector measured from positive x in counter clock wise direction=180+43=223 degree
A fixed<span> background surrounding an </span>object<span>, assumed to be at </span>rest<span> and in a </span>fixed<span> position ... The POSITION of an </span>object<span> within a </span>frame of reference<span> is given by </span>its ___<span> and </span>___<span> from ... motion that is </span>not <span>constant in some aspect, </span>if<span> the motion of the </span>object<span> is accelerated, </span>its<span> motion </span>can<span> be speeding up or down or </span>changing<span> direction.</span>
The correct answer that you are looking for would be B: The layers of the Earth increase in density as one moves toward the center of the Earth.
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