4 seconds
Depends on clock or watch, and 120,000 * * * * * It would have to be a very strange clock or watch! One hour = 3,600 seconds = 3,600,000,000 mega seconds.
it would take you 1500 seconds to do it if you did 1 every 1 second, so since it takes 2 seconds then you have to double the time it takes you. 3000 seconds is the answer.
To convert seconds to hours, divide by 3600. The speed would be 95.745 mph.
3 × 2 ÷ 24 = 6 ÷ 24 = 1/4 So the clock would lose one quarter of a minute, or fifteen seconds.
that it would been
12 Chimes.Assuming that a "chime" is the full sound range from start to finish, the clock will chime 10x in 8 seconds. It will chime 2.5x in 2 seconds, and assuming that a chime is the full sound length from start to finish, .5 chime does not equal 1 chime.Therefore 10+2=12 ChimesThe above answer is only right if we assume that at 0 seconds the clock chimes 0 times.If we instead assume a starting signal - meaning the clock chimes for the first time at 0 seconds - then it would be reasonable that each consecutive chime would happen one second later. Therefore after 10 seconds the clock would have chimed 11 times.One starting signal and 10 second chimes.
It depends on the clock; None of my clocks chime even once. A clock that rings the quarter hours (like the clock in the Palace of Westminster - aka, Big Ben) would chime 96 times per 24 hours. Some clocks only chime on the hours, which would be 24 chimes/day.
Depends on clock or watch, and 120,000 * * * * * It would have to be a very strange clock or watch! One hour = 3,600 seconds = 3,600,000,000 mega seconds.
You can purchase a vintage chime clock online at sites like Etsy and eBay. You can also look around at flea markets. You would be surprised at the things you can get at a flea market.
Seth Thomas made many varieties of Sonora chime clocks. Some had 4, 5 or 8 cupped bells and some had chime rods. Value depends upon configuration and condition. A range would be between $150.00 and $3000.00
There is no High School shot clock. Has been voted down... would like to hear more.
The clock period is the time duration of one clock cycle. For a clock frequency of 1 GHz (1 billion hertz), the clock period would be 1 nanosecond (1/1,000,000,000 seconds).
The second hand of a clock completes one full revolution every 60 seconds. To move from the 3 to the 8 on the clock face, the second hand needs to cover a distance of 5 out of the 60 total seconds on the clock. Therefore, it would take 5/60 or 1/12 of a minute for the second hand to move from the 3 to the 8, which is equivalent to 5 seconds.
To calculate the least count of a clock, divide the smallest measurement unit of the clock by the total number of divisions on the scale. For example, if the smallest measurement unit is 0.1 seconds and there are 10 divisions on the scale, the least count would be 0.1 seconds divided by 10, which equals 0.01 seconds.
Yes, a clock that loses 1 second every hour is more accurate because it consistently maintains the correct time; it would only be off by 24 seconds after a full day. The clock that is consistently 3 seconds slow would accumulate a larger error over time.
Big Ben, the great bell in Elizabeth Clock Tower rings every hour on the hour. First is the big ben chime, then is the o'clock dongs. i.e. if it was 3 o'clock it would go ding dong ding dong, ding dong ding dong, then a few seconds wait, and a *dong. dong. dong to show that the time was 3. Where I put the *is when it is the time - so the first of the big dongs is when it is exactly o'clock (to within 1 second).
it would take you 1500 seconds to do it if you did 1 every 1 second, so since it takes 2 seconds then you have to double the time it takes you. 3000 seconds is the answer.