4,500 mm = 4.5 metres
year = year decade = 10 years century = 100 years millenium = 1000 years.
25 years from now (2017), it will be the year 2042.
There are 3 different answers because of the leap years. this is 7 years with 2 leap years: If the beginning year is a leap year, when the leap year is next year, or the leap year is two years after the beginning year, there will be two leap years in the seven year period, and so the number of days will be 2557. If the beginning year isn't in any of the above catergories, there will only be 2556 days, because of only one leap year. If the beginning year is 3 years before a year that is a multiple of 100, but not a multiple of 400, there will be no leap years. For example, the 7 year period beginning in 2097 has no leap years because 2100 is not a leap year. In that case there will be 365 * 7 = 2555 days.
If this is the year 2025 and a person is 18 years old, then the birth year would be 2007
There are 100 years in a century.
If a plate moves 2 cm per year, over 1000 years it will move a total of 2000 cm. This is calculated by multiplying the annual movement (2 cm) by the number of years (1000). Therefore, in 1000 years, the plate will move 20 meters.
The Pacific Plate moves at an average rate of about 2.75 inches per year. Therefore, to move 36 inches, it would take approximately 13 years.
4 cm * 1,000,000 y = 4000,000 cm4000,000 /100 = 40,000 m40,000 m / 1000 = 40 km
Plate tectonics move at a rate of a few centimeters per year, which is about the speed at which human fingernails grow. This movement is driven by convection currents in the Earth's mantle, creating slow but continuous motion of tectonic plates over millions of years.
1 meter = 100 cm 7 meter = 700 cm 7 cm for 1 year and 14 cm for years 100 x 1 year = 100 year So 7m/100yr. But this is not 'steady.' Like universe, the Earth also has acceleration in moving. So it is not always 7 cm per year. It maybe 4cm per year depending on the 'what plate.'
The South American plate primarily moves in a westward direction at a rate of a few centimeters per year. This movement is generally in a direction that is away from the Mid-Atlantic Ridge, where the plate is being formed.
Plate boundaries typically move at rates ranging from a few millimeters to around 10 centimeters per year, depending on the specific tectonic setting. For example, the Pacific Plate moves northwestward at about 8 to 10 centimeters annually, while the North American Plate moves at about 2.5 centimeters per year. These rates can vary significantly based on the type of boundary—divergent, convergent, or transform—and local geological conditions.
The North American Plate moves at a speed of approximately 2.3 to 4.7 centimeters per year. It is a relatively slow-moving tectonic plate compared to others around the world.
All of the tectonic plates move, but they move at different speeds depending on which plates are involved. The Pacific plate moves slightly more than four centimeters annually.
then it moves 91.25mm each yearthen it says about how many centimeters ......it rounds to 91.3 then move the point to 9.13 centimeters a yearhow i got it:365 divided by 4 equals 91.25 mm
Scientists use the formula (d = vt) to predict how far a tectonic plate will move over a given time period, where (d) is the distance the plate moves, (v) is the velocity of the plate (in centimeters per year), and (t) is the time (in years). By multiplying the plate's average velocity by the time elapsed, they can estimate the distance of movement. This approach is based on the understanding of plate tectonics and the rates of plate motion.
Movement varies at different points on the continent, but the average absolute movement is estimated at around 20 millimeters per year.