The greatest difference between high and low tide is around New Moon and Full Moon. During these Moon phases, the solar tide coincides with the lunar tide because the Sun and the Moon are aligned with Earth, and their gravitational forces combine to pull the ocean's water in the same direction.
Your answer is B Full moon
Let x mph be the speed of the ship in still water.
Against the current, the net speed is, (x-1.9) mph.
Time, t= distance, d/ Speed, v => 9= 113.4/(x-1.9) => 9(x-1.9) = 113.4 => x-1.9 = 113.4/9 => x = 12.6+1.9 = 14.5 mph
Moving with the current, the net speed of the ship = 14.5+1.9 =16.4 mph
Time take, t = d/v = 113.4/16.4 = 6.915 hours
It tells the temperature of something or someone
Answer:
20 N
Explanation:
The question above is related to "Newton's Third Law of Motion." It states that <em>every action is being opposed by a reaction of equal size but different direction</em>.
The action force in the situation above is 20 N while the reaction force here is the one coming from the volleyball. So if the action force is <em>20 N </em>then it's a common sense that the reaction force is also<em> 20 N.</em>
Thus, <u>20 N is the amount of force that the volleyball is exerting on Ana.</u>