Time

8,766 hours.

In 1928, a house cost close to $8,000 and an average salary was $1100. Penicillin, recliners, ice cube trays, bubble gum, electric razors and sliced bread was invented.

There are 60 minutes in one hour.

There are 360 minutes in 6 hours.

There are 15 minutes in 1/4 of an hour (.25 hours).

So your answer is 375 minutes.

It turns out that 320,544 inches per week equals 53 yards per hour. Take the 53 and multiply by 24 (hours/day) and by 7 (days/week) and by 36 in/yd) to get your answer.

It is in the middle of the day!

years...or 10, 100,1000

one hour is sixty mins half an hour is 30 so: 2x60+30=150 minutes

12583 seconds = 0.145636574 days

There are 60 seconds in one minute. Therefore, 1000000000000 seconds is equal to 1000000000000/60 = 16666666666.6 recurring (that is, 16666666666.6666...) minutes.

.6 of an hour is not 40 minutes, it is 36 minutes. This is worked out by multiplying the decimal and the amount of minutes in an hour.

.6 x 60 = 36 minutes

Example

.5 x 60 = 30 minutes, half of an hour equals half of an hour.

1.883333333333333333333333333333333333333333333etc.

you have to times twenty-four by two

like this 24*2=48

The question as asked is tough to answer without some assumptions... The question implies that a comparison is being made to the action of the same pendulum on earth. With that assumption... The graph I assume has time on the x-axis and a form of pendulum oscillating measurement (such as height or back (-1) to forward (+1) ) on the y-axis. The period ( time from peak to peak on the y-axis ) of the pendulum on the moon compared to the same on earth will be 6 times longer assuming that gravity on the moon is 1/6th that of earth. The reason why the period is longer is that the acceleration (gravity) on the moon is much less. This causes the pendulum on the moon to move back and forth less quickly.

T is for TIME, and the minus is the amount of time left before takeoff. If you say T minus two, and TIME is 0830, it is 0828. "Holding" is another term meaning the countdown has stalled usually due to a technical problem. T minus 2 and holding in this case would mean 0828 and countdown has paused until problem is resolved.

its 5 minutes

.833333 hours

or

49.9999 minutes

an hour is 60 minutes

It depends upon the what a day is being measured as. The most basic way to solve this question: One day is the equivalent to 24 hours, so to find the amount of hours in seven days, then multiply 24 by 7, which is 168 hours.

However, if we use sidereal day (a day measured with respect to the stars), then a day equivalent to 23 hours, 56 minutes, and 4 seconds, or 23.934444... after converting into a decimal. Multiplying this number by 7 days would yield the answer of 167.54111 hours.

The direction in which clocks are designed to move was likely influenced by sundials, which tracked the movement of the sun's shadows in the Northern Hemisphere. The clockwise direction was chosen for consistency and ease of reading, as it matched the natural movement of shadow on a sundial. Over time, this convention became standardized in clock design.

1h=60min 1min=60s 599s/(60s/min)=9.98min (or 9min 59s) 9.98min/(60min/h)=0.166333333h

/60/60/24 is 0.0034722 days.

A minute equals 0.000694444444 days, or 6.94444444 x 10-4 days. To convert minutes to days, just multiply your minutes by 6.94444444 x 10-4. It turns out that it's right at about 365 days. And 365 days happens to be a year, as you might have seen.

With a "regular" alarm clock, your alarm would go off at nine p.m. and you'd be stuck resetting it to have it go off at nine a.m. You may get 1 + 12 or 13 hours of sleep. Maybe. If you had a contemporary electric (electronic) alarm clock, it could be set for nine p.m. or nine a.m. You'd get 13 hours of sleep without being awakened one hour after setting the alarm. Some of us have been around for a while and used both kinds of clock, and the "original" alarm clocks were around before the snazzy new fangled ones. And we know the drill.

Decade !!