Question

How does the pail travel after release?

Answer 1

Answer:

The pail travel after release

Explanation:

After his release, Paul traveled westward to Thessalonica where he made many converts, both Jewish and non-Jewish. Encountering opposition from the Jewish leaders, Paul continued west to Berea, where he ministered for a time before traveling south to Athens, which was then in the province of

Answer 2

The pail travel after release:

• The gravitational force, as well as the contact force produced just on fluid even by pail, are indeed the external forces operating on the water.
• The pail's contact force is by far the most significant factor in causing the water to travel in a circle. The water would follow the parabolic route of a bullet if the gravitational force were to operate alone.
• The bucket cannot keep the water up to prevent it from spilling out when it is inverted at the top of the circular route. The bucket must be traveling rapidly enough that the needed centripetal force is at least as large as the gravitational force if the liquid doesn't really spill. That is to say, we need to have-

= $m\frac{v^{2} }{r}$   ≥ mg or v ≥  $\sqrt{rg}$ = √(1.00 m)(9.80/s²) = 3.13 /s

• The water would follow the parabolic route of a projectile thrown with starting velocity components of 3.13m/s if the pail suddenly vanished when near the top of the crease and traveling at 3.13m/s.

          ---->  $v_{xi}$=3.13m/s,$v_{yi}$  =0.