1200000 cm wide
To make something wider.
no one
i do not know sorry :-(
It is benefited in Haiti
a penis will grow
The Pacific seafloor formed at a faster spreading rate than the Atlantic seafloor.
The Pacific Ocean is much wider.
The Pacific Ocean is much wider.
The Pacific ocean is much wider.
yes because the Atlantic ocean is growing and pushing the Atlantic ocean aside
The Atlantic will go on getting wider and wider, and will create a super ocean, but this will take many millions of years to happen.Lets look at some of the figures.The Mid Atlantic Ridge is widening the Atlantic Ocean by 0.4 to 4 inches (1 to 10 cms) a year. The average is about 1 inch (2.5 cm) a year.Taking the fastest speed, 4 inches (10 cm), it will take over 15,000 years to widen one mile.Multiply that by the width of the Pacific Ocean, 11,000 miles (17,700 km) at its widest point, and you are looking at 165,000,000 years for the Pacific Ocean to disappear.Don't forget that I used the fastest speed of widening, if you use the average speed, you will have to multiply 165 million by 4.
The Atlantic is getting bigger as the Eurasian and American plates move further away from each other. The Pacific is getting smaller which can be seen most easily in San Francisco where the large amount of earthquakes are due to the pacific plate being pushed underneath the American plate.
West costal plain is wider than east coastal plain because east costal plain is full of mountain.............. - himadri
The Atlantic Ocean is growing by centimeters each year. Each year, the "Atlantic Rift" opens up a little wider, separating Europe from North America. This is why there are so many earthquakes in Japan and California, in the "Ring of Fire" - the Pacific is being squashed!
West costal plain is wider than east coastal plain because east costal plain is full of mountain.............. - himadri
The magnetic bands in the eastern Pacific Ocean are more spread out because the spreading rate of the seafloor there is slower compared to the Mid Atlantic Ridge. Slower spreading rates lead to wider magnetic bands as less new crust is being formed over a longer period of time. Conversely, faster spreading rates at the Mid Atlantic Ridge result in narrower magnetic bands due to the more rapid formation of new crust.