It is not the same time everywhere on earth because of the position of the sun. Because the Sun can not be on all sides of the earth at once, time must be different, other wise in a foreign country like Japan it would be 9:00 am and be dark as night but to them it would be morning. So to control this times are different.
Time is based on the position of the sun in the sky, so different locations on Earth have different time zones to account for the rotation of the Earth. There are 24 time zones, each representing one hour of difference from the next zone, to regulate time differences between regions. This system allows for standardization and coordination of activities across the globe.
No, it is not physically possible for it to rain everywhere on earth at the same time due to the Earth's size and weather patterns. Weather systems are localized and can cover large areas, but not the entire planet simultaneously.
Gravity is everywhere in the universe. There's no getting away from it, anywhere.
Mass is a constant everywhere in the universe. The weight on the moon is about one sixth of the weight on the earth, because the mass of the moon is about one sixth of the mass of the earth reducing the force of gravity.
The mass of an object will remain the same regardless of its location. So, the mass of an object that is 60 units on Earth will also be 60 units on the moon.
No, not everyone can see a lunar eclipse at the same time. The visibility of a lunar eclipse depends on your location on Earth. Only people in the regions where the eclipse is occurring will be able to see it.
Yes, but it is never spring everywhere on earth at the same time.
No, it is not physically possible for it to rain everywhere on earth at the same time due to the Earth's size and weather patterns. Weather systems are localized and can cover large areas, but not the entire planet simultaneously.
The big dipper is the same size from everywhere on Earth, because everywhere on Earth is the same distance from it.
Because the moon itself is never visible everywhere on Earth at the same time. When there is an eclipse going on, half of the Earth, and all of the people on that half, are turned away from the moon, and looking the other way.
No, when it's winter in America, it's summer on the other side of the earth.
It is at midnight UTC on the International Date Line that the same calendar day is observed everywhere on Earth. At this point, the date changes from one day to the next for the entire planet simultaneously.
I'm sorry, but it is impossible to know how many Saint Bernards are on the earth right now, because no one person can be everywhere on the earth at the same time.
it means to be everywhere at the same time
At the same moment as what, and where on the earth? If you're asking if it can be 6 o'clock everywhere on the Earth at the same time... it could, if we all decided to use, say, Coordinated Universal Time (aka GMT). But currently, the existence of time zones mean that different locations always have different times.
The number is the same everywhere.
For the same reason that the same thing happens everywhere else on Earth . . . sometimes the sun is up, and the rest of the time, the sun is down.
It doesn't.