If this question has the same set of options as to the following, the answer would be letter d. Continuity.
Continuity in Psychology accounts for visual perception of immediate environments that piece together a background's individual elements to form a panoramic image.<span> </span>
The choices are:
A.) depth perception.
<span>B.) perception. </span>
<span>C.) similarity. </span>
<span>D.) continuity.
</span>
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Answer:
Σ Fₓ = mg ( μ cos θ - sin θ) =0
Explanation:
To solve the problem of an inclined plane, we must use Newton's second law.
In these problems the selected reference system is where the x-axis is parallel to the plane and the y-axis is perpendicular to the plane.
The force that exists is the weight, the normal and the friction force, in our reference system the only one that we must break down the weight, let's use trigonometry.
sin θ = Wx / W
cos θ = / W
Where the angle of the plane is the same angle of the y-axis
Wₓ = W sin θ
= W cos θ
Let's write the equations, just before starting the movement
Y Axis
N - W_{y} = 0
N = W cos θ
X axis
fr - Wₓ = 0
The equation for the force of friction is
fr = μ N
we replace
μ N = W sin θ
μ W cos θ = W sin θ
μ = tan θ
The answer is
∑ Fₓ = μ mg cos θ - mg sin θ= 0
Σ Fₓ = mg ( μ cos θ - sin θ) =0
Answer:
The surface of Mercury has landforms that indicate its crust may have contracted. They are long, sinuous cliffs called lobate scarps. These scarps appear to be the surface expression of thrust faults, where the crust is broken along an inclined plane and pushed upward.
Explanation:
I hope this helps a little bit.