There's several ways to approach the problem, depending on what kind of year you're interested in. If it's a calendar year, then an exact answer is possible: each day is 86,400 seconds and each year is 365 days (except for a leap year, which is 366). This gives a result of 63,072,000 seconds in two years, 63,158,400 if one of them is a leap year: obviously both can't be leap years at the same time. The calendar year is the year to watch if you're interested in actual timekeeping. For example, if you start a timer at midnight between December 31 and January 1 one year, and stop the timer two years later, the above answer is the one you'd end up with (though the timer would probably overflow by then). You could also be interested in two years from an astronomical point of view: how many seconds it takes for the Earth to make two complete revolutions around the Sun. There's slight ambiguity in what we mean by "complete revolution," but one common measure is the sidereal year - a complete revolution from the point of view of a hypotherical observer on a distant star. It is approximately 31,558,149.54 seconds long, making the length of two years slightly over 63,116,299 seconds.
You haven't given us any information from which to calculate that speed. As far as we know from the question, the object isn't moving at all.
This question doesn't make a lot of sense. Maybe something is missing? To convert seconds to metres per second you would need to divide the metres given by the number of seconds used. If all you have is seconds, and no distance, then you are stuck. Metres per second is a measure of speed and seconds is a measure of time. Speed=distance/time. So divide your metres by your seconds to get metres per second.
Either: 60/75 = 0.8 minutes per question or 75/60 = 1.25 questions per minute.
The whole point of a pendulum is that is swings back and forth. It does not travel at constant angular velocity: the angular velocity is zero at the two ends of its arc and it reaches a maximum when the pendulum is vertical. Consequently there cannot be a sensible answer to the question as asked.The average angular velocity, which is an entirely different measure, is 45 degrees per second.
Each degree is equal to 60 minutes, each minute is equal to 60 seconds; to convert seconds to minutes, divide the seconds by 60 and add to the minutes. Ex. (Assume the asterisk (*) is a degree sign) 51* 43' 20" 51* + 43' + (20/60)' 51* + 43' + (1/3)' Answer: 51* 43 (1/3)' Hopefully this is answering the question you had. If you want to convert Minutes and seconds into decimal degrees, use either formula below: ((Seconds/60) + Minutes)/60 + Degrees or Degrees + (Minutes/60) + (seconds/3600)
Seconds and minutes are different everywhere - on your computer, your phone, your watch etc. If they were not different why bother with two measures?
The duration of Do Something Different is 2700.0 seconds.
The duration of Different from the Others is 3000.0 seconds.
The duration of A Different Approach is 1260.0 seconds.
That question can't be answered, because "seconds" and "meters" are completely different units, used to measure completely different quantities, with completely different physical dimensions. Neither one can be converted to the other one. A moment's thought will remind you that nobody has ever asked how many meters of sleep you got last night, nor would you be able to answer the question if anyone did.
This question is asking for an answer dealing with two different units of measurement (time and length) and cannot be answered.
The different types of seconds include astronomical seconds (based on Earth's rotation), atomic seconds (based on atomic clocks), and ephemeris seconds (based on the motion of celestial bodies). These types of seconds are used in various fields such as astronomy, physics, and timekeeping.
The duration of A Different World - TV series - is 1800.0 seconds.
24105600 ================= It really depends on which 9 months you are talking about. A month can have anywhere from 28 to 31 days. Different months will have different numbers of seconds.
Yes, velocity is acceleration x time. If acceleration is the same, velocity can be different as it changes with time. For example a car accelerating with constant acceleration will have a different velocity after 5 seconds than it will have at 2 seconds.
This is a hard question to ask because thier are many different horses that have many different heartbeats. Sadly I don't know about these amazing creatures but I do know that your mum did beat you up Just joking. The horses pulse is 52 beats every 30 seconds
The higher the volume, the more the flame will last.