Force applied by the lever to the object=2700 N
Explanation:
Mechanical advantage= 
mechanical advantage= 5.4
effort force= 500 N
we need the load force
5.4= load/500
load=2700 N
Thus the force applied by the lever to the object=2700 N
1) the sun (greek name Helios gives heliocentric)
2) A. Newton's laws of motion can prove this as well as Kepler's Laws
3) D. Inertia keeps it from falling onto the sun and gravity keeps it from going off in a straight line
4) moons. They orbit planets not suns directly
5) B (International Space Station gives a hint)
Answer:
velocity = 16.67[m/s]
Explanation:
To solve this problem we must use the following expression of speed, where we see the relationship between displacement and time.
velocity = displacement/time [m/s]
displacement = 50 [m]
time = 3 [s]
velocity = 50/3
velocity = 16.67[m/s]
Answer:
It is C on edge.
Explanation:
Because I just figured it out and got it right and because it says so in the link provided from the question.
<h2>
Spring constant is 6.73 N/m</h2>
Explanation:
For a spring mass system we have
Mass x Acceleration due to gravity = Spring constant x Elongation
mg = kl
Mass, m= 0.454 kg
Acceleration due to gravity, g = 9.81 m/s²
Spring constant,k = ?
Elongation, l = 0.662 m
Substituting
0.454 x 9.81 = k x 0.662
k = 6.73 N/m
Spring constant is 6.73 N/m
