I wonder why no one has answered this question..... HM? So why don't people answer this question?
But anyway I have had to find this question everywhere and no one seems to look for it. My mom told me to look for the answer and nobody has it..
So I'm wondering why does NOBODY have the answer to this question
First of all, it doesn't. The hour-hand and minute-hand align in opposite directions only 22 times in 24 hours. The reason is simply because the hands of an ordinary 12-hour analog clock go through every possible orientation every 12 hours ... twice in 24 hours ... and if you take a clock, set it to 12:00, and then crank it through 24 hours, you'll see the hands line up in a 180-degree angle 22 times.
3 hours
3 hours
There are 24 hours in a day. Therefore, to convert days to hours, multiply the number of days by 24 to obtain the number of hours.
15 hours : 5 days = 15 hours : 5*24 = 120 hours = 1 hour : 8 hours = 1 : 8 Answer: 1:8
There are different possible answers. 180 degrees in he earth's orbit represents 6 months. 180 degrees in the moon's orbit represents around 14 days. 180 degrees in the earth's rotation, or around the earth's body represents 12 hours.
It would be 120 degrees.
The answer will depend on how many degrees the whole represents. For example, the earth rotates through 360 degrees (a whole circle) in 24 hours. So 1 hour = 360/24 = 15 degrees. Therefore, a fraction, such as 1/3 hour represents 5 degrees.
3 + 24k hours where k is any integer.3 + 24k hours where k is any integer.3 + 24k hours where k is any integer.3 + 24k hours where k is any integer.
47 + 168k hours where k is any integer.47 + 168k hours where k is any integer.47 + 168k hours where k is any integer.47 + 168k hours where k is any integer.
Nothing particularly. All that it means is that your measurement units for the variables are such that a unit change in the horizontal axis is accompanied by a change of a whole number of units for the other variable. A integer gradient for a variable against time, when the latter is measured in seconds will be 1/3600 of that gradient when the time is expressed in hours - quite possibly that will be a non-integer. So what?
The change in temperature is 49 degrees, calculated by subtracting the final temperature (-4 degrees) from the initial temperature (45 degrees).
If the temperature dropped 2 degrees Fahrenheit every hour for 6 hours, the temperature would change 12 degrees. You multiply 2x6 to get the answer of 12.
11
It is (7.5 + 24k) hours where k is an integer.
It is 7 + 24k hours where k is an integer.
(12k + 6) hours where k is an integer.