Because 15 degrees of longitude is equivalent to 1 hour in time (that is 360 / 24) it is convenient to adopt time zones at 7.5 degrees or 15 degrees multiples.
In other words time zones are separated by multiples of 1 hour or 1/2 hour.
YES
The Pacific Standard Time Zone should be centered around 120° west longitude.
The Eastern Standard Time Zone in North America should be centered around 75° west longitude. The Eastern Standard Time Zone in Australia should be centered around 150° east longitude.
you capitalize prime meridian because it is an important thing a proper noun:)
Ideally, the International Date Line should be the meridian of 180° longitude. Actually, it has been zigged and zagged to avoid cutting across any island or country, since to do so would put two different calendar dates in the same country simultaneously. If the IDL coincided with the 180° meridian, then together with the Prime Meridian, it would form a great circle on the earth, passing through the north and south poles as well as through Greenwich. As it is now, the Prime Meridian, the 180° meridian, and all other meridians of longitude are semi-circles, that begin and end at the poles.
If you travel to any place that is half-a-globe around the earth from the Prime Meridian, you'll be located at longitude 180 degrees. If you're expecting to find a line there, you'll be disappointed. There is no line there.
The Pacific Standard Time Zone should be centered around 120° west longitude.
The Eastern Standard Time Zone in North America should be centered around 75° west longitude. The Eastern Standard Time Zone in Australia should be centered around 150° east longitude.
you capitalize prime meridian because it is an important thing a proper noun:)
Ideally, the International Date Line should be the meridian of 180° longitude. Actually, it has been zigged and zagged to avoid cutting across any island or country, since to do so would put two different calendar dates in the same country simultaneously. If the IDL coincided with the 180° meridian, then together with the Prime Meridian, it would form a great circle on the earth, passing through the north and south poles as well as through Greenwich. As it is now, the Prime Meridian, the 180° meridian, and all other meridians of longitude are semi-circles, that begin and end at the poles.
The Prime Meridian, Greenwich Observatory, London, England, was agreed to in October 1884 in Washington, D.C. Twenty-six nations participated at the conference that resulted in selection of the Greenwich Meridian as the international standard for zero degrees longitude. Due to international trade and shipping globally, it was necessary to standardise time no matter whether travelling westwards or eastwards of the Prime Meridian.
To determine if a number is divisible by 6, it must be divisible by both 2 and 3. To determine if a number is divisible by 2, it should be even - in other words, it should end with 0, 2, 4, 6, or 8. To determine if a number is divisible by 3, the sum of its digits should be divisible by 3. 54,132 is an even number, so it is divisible by 2. 5 + 4 + 1 + 3 + 2 = 15, which is divisible by 3, so 54,132 is divisible by 3. Since 54,132 is divisible by both 2 and 3, it is divisible by 6.
No, 395 is not divisible by 9. If you are using a computer you should have a calculator.
No 13 is not divisible by 3 because there would be a remainder of 1 and a number that is divisible by another should have no remainder
If you are talking about a provincial capital in Canada, it should be Regina, which is 104.72degrees west of the prime meridian line.
the rule for divisibility by 9 is that the sum of all digits of the number should should be divisible by 9. So, 3+9+0+6+5= 23. To make is divisible by 9, we think of 27 (as the next number divisible by 9) and that means if we add 4 to any digit of the number, it will be divisible. 39069/9=4341
As long as they have valid driving certification in their country of origin to a standard seen as acceptable in New Zealand, there should be no problem.
yes