June and July.
6 months = a half of a year
15 months/half year = 15 months/6 months = 15/6 = 5/2
There are 42 months in 3 1/2 years. months in 3 years = 3 x 12 = 36 months in half a year = 6 therefore months in 3 and a half years = 36+6 = 42 months
In half a year there are 6 months. If you ment in one and a half years, then 18 months.
18 months
Yes, Antarctica experiences six months of continuous daylight during summer and six months of darkness during winter due to its position near the South Pole. This phenomenon is known as polar day and polar night.
Approximately half of the Earth is in daylight at any given time due to its rotation on its axis, with one side facing the Sun (daytime) and the other side facing away (nighttime). This is why we experience day and night cycles throughout the day.
yes! they have sunlit days for half the year! =D
Well friend, think of it as appreciating both the bright sunlight and the quiet night sky. In this special place, a full cycle would be one year long. Six months of beautiful light, followed by six months of peaceful darkness - truly a magical rhythm like brushstrokes on a canvas. Don't rush through it, savor every moment.
Countries close to the poles, such as those in the Arctic Circle, experience the phenomena of the Midnight Sun due to the tilt of the Earth's axis. During summer months, the northern hemisphere tilts towards the sun, causing areas near the poles to receive extended daylight hours. This results in 24-hour daylight in regions like the Arctic Circle during the summer solstice.
There are six months in one half of a year.
I think you meant to ask: " What would happen if the Earth's axis were laying down flat in the plane of the Earth's orbit, so that one end of it pointed directly at the sun every six months ? " If that were the case, then Half of the Earth would have 24 hours of daylight once a year. On the same day, the other half would have 24 hours of darkness. Let's say you're at a place where it's 24 hours of daylight: The closer you are to one of the poles, the more days after that would continue to be daylight around the clock, for the next 3 months. Eventually, after that number of days, you'd begin to have nights, very short at first, but getting longer and longer for the rest of the 3 months. After 3 months, every place on Earth would have 12 hours of daylight and 12 hours of darkness. For the next 3 months, your hours of darkness would increase, while on the other half of the Earth, the hours of daylight would increase. After 6 months, your half of the Earth would have 24 hours of darkness, and the other half would have 24 hours of daylight. Now, the closer you are to one of the poles, the more days after that would continue to be dark around the clock, for the next 3 months. Eventually, after that number of days, you'd begin to have daylight, very short at first, but getting longer and longer for the rest of the 3 months. After 9 months total, every place on Earth would have 12 hours of daylight and 12 hours of darkness. For the next 3 months, your hours of daylight would increase, while on the other half of the Earth, the hours of darkness would increase. After a full year, your half of the Earth would have 24 hours of daylight again, and the other half would have 24 hours of darkness again, and the whole thing would repeat for the next year. Climate-wise . . . Wherever you are, your weather would get warmer and warmer during the part of the year when you have more than 12 hours of daylight, level off when you start having nights, and start getting cooler and cooler when you start having more than 12 hours of darkness. On the equator, the sun would oscillate between the zenith and the horizon twice annually, and would never set. So I expect the warmest climate would still be in a band around the equator. At each pole, the sun would be above the horizon for a solid 6 months, and then below it for a solid 6 months, just as it is now. But instead of taking 3 months to crawl 23.5° up from the horizon and the next 3 months to droop back to the horizon, the sun would zip from the horizon to the zenith in 3 months, and then take another 3 months to return to the horizon. I'm thinking that this would bake the poles mercilessly for half the year, and freeze them utterly for the next 6 months, so that, besides having the lowest average annual temperature, the polar regions would also have by far the widest extremes of temperature, and would be the harshest, most lifeless places on Earth, and would make today's polar climate look like a lush garden in springtime by comparison.
On average, there are 12 hours of darkness in a 24-hour day. This is because the Earth rotates on its axis, causing half of the planet to be in darkness while the other half is in daylight. The length of darkness can vary depending on the time of year and the location on Earth.
The Antarctic experiences half a year of continuous daylight and half a year of continuous darkness due to its location near the South Pole. This phenomenon is known as polar day and polar night, and it occurs because of the tilt of the Earth's axis as it orbits the sun.
6 months = a half of a year
Earth experiences day and night due to its rotation on its axis. As Earth rotates, one half of the planet faces the Sun, experiencing daylight, while the other half faces away from the Sun, experiencing darkness or night. This cycle creates the 24-hour day-night cycle we observe.
10 and a half hours