As the distance between two magnets increases, the force between them <em>decreases</em>.
If the force increased along with distance, then the magnet in your hand would reach out
and grab every magnet in Australia or on Mars and pull it toward you.
Answer:
d = 771.3m
Explanation:
Let's first calculate the time of flight:
where Voy=0. Solving for t:
Now we calculate the horizontal displacement, wihch is the distance from the target to drop the package:
Xf = d = Vox*t
d = 180*4.285 = 771.3m
Answer:
gas
Explanation:
the molecules in the substance are always moving around making them the most active
The resultant of the three forces is determined as 1,487 N.
<h3>
Resolution of the forces into x and y components</h3>
Fx = Fcosθ
Fy = Fsinθ
F1x = 300 x cos(30) = 259.81
F1y = 300 x sin(30) = 150
F2x = 600 x cos(90) = 0
F2y = 600 x sin(90) = 600
<h3>Assuming the angle of F3 = 60⁰</h3>
F3x = 450 x cos(60) = 225
F3y = 450 x sin(60) = 389.7
F4x = 250 x cos(60) = 125
F4y = 250 x sin(60) = 216.5
∑X = 259.81 + 0 + 225 + 125 = 609.81 N
∑Y = 150 + 600 + 389.7 + 216.5 = 1,356.2 N
<h3>Resultant force</h3>
R = √(609.81² + 1,356.2²)
R = 1,487 N
Learn more about resultant force here: brainly.com/question/25239010
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