The answer is:
True
Hope this Helps
Please mark my nswer as brainliest?
What do you mean by "actually" ? ? ?
Do you mean what time was it in New York when the earthquake began ?
OR
Do you mean what time was it at the place where the earthquake occurred
when the earthquake began ?
New York is in the Eastern Time Zone. That's five (5) zones west of UTC.
If the quake occurred between November and March, during the time
when the US is on Standard time or "Winter" time, then the first P-wave
was recorded in New York at 4:01 AM EST that morning.
If the quake occurred between April and October, during the time when
the US is on Daylight Saving time or "Summer" time, when clocks are set
1 hour ahead, then the first P-wave was recorded there at 5:01 AM EDT
that morning.
We have no way to calculate what the time was in the place where the earthquake occurred, because the question gives no information
regarding the location of its epicenter. We would need to know
not only its time zone, but also the actual distance from New York,
so that we could estimate the length of time it took for the P-wave
to reach the seismograph there.
<h3>Answer :-</h3>
Change in velocity per unit time.
Explanation
Acceleration is defined as rate of change of velocity w.r.t time.
Answer:
D. 3 hours or more
Explanation:
The average 8- to 18-year-old spends at least D. 3 hours every day in front of a screen, performing little to no physical activity. This is because, instead of exercising and socializing with their peers, children and teenagers frequently talk, watch a lot of movies/shows, or play video games on their computers. Unfortunately, this is typically considerably more than three hours every day. Although some children still prefer physical activities over this, the bulk of the population does not.
Answer:
16.1 N
Explanation:
From the question,
F = ma.............................. Equation 1
Where F = horizontal force, m = mass of the object, a = acceleration .
Given: m = 7.0 kg, a = 2.3 m/s²
Substitute this values into equation 1
F = (7.0×2.3)
F = 16.1 N.
Hence the magnitude of the horizontal force is 16.1 N
