What is the ocean water percentage of the pacific ocean?
89333
I believe the Pacific is 100% ocean water.
182560
The average depth of the oceans is about five times the average elevation of the land. In general, the continents stand about three miles above the ocean floor. According to the National Geographic Atlas, the deepest-known part of the ocean measures [10,924] meters (35,839 feet), in the Marianas Trench near Guam. If the world's highest mountain, Mount Everest (29,141 feet), were to be placed into this trench, it would be covered by over 1.25 miles of water.
294817
the deepest ocean so far known is the pacific ocean. the mariana trench is the deepest point in the ocean that is roughly 10,000 metres depth. isn't that amazing!
192567
75%  2/3 of the earth is covered with water
852032
try wikipedia.org, it can tell you anything.... body is mostly water, I believe.  More than 50% H20
540028
Pacific, by a wide margain.\n\nPacific Ocean Coastline: 7,623 miles\nAtlantic Ocean Coastline: 2,069 miles
598505
The Pacific Ocean\naverage depth -- 12,925 feet, or almost 2 1/2 miles. The Pacific also has the largest known maximum depth, in the famous Mariana Trench; this maximum depth is 35,840 feet, or a little over 6 3/4 miles. (That's\ndeep!)
24217
There are five oceans: Pacific, Atlantic, Arctic, Indian, and Southern.
626093
76% of human body is water. this figure is not same to every body do the climate that they live. The habits of drinking water also may show differ answer like the chiness people in general like to drink water a lot.\n\nFor example: people in Sahara may consist of less water compare to people in Alaska.\n\nClimate, alitude, temperature and others may affects the readings.
915920
The percentage of the Earth's core that is solid is 4.7 %.  \n\nThe Earth's core is divided into the Inner core, which is solid, and extends for 1278 km, and the outer core, which is liquid, and extends for another 2210 km, or to a radius of 3488 km.  \n\nUsing the formula for Volume of a Sphere = (4/3) * Pi * Radius ^3 \nyou can calculate the volume of the Inner Core at 8.74 * 10^9.\nThe volume of ALL the core (Inner and Outer) is a total volume of 1.78*10^11.\n\nThe percentage of the Inner Core of the ALL the Core is \n8.74*10^9    /    1.74 * 10^11    =    4.7 %
429588
earth is 5 490 383 247 360 000 square feet. (196 940 400 Sq miles)\n\n29.2% is land\n70.8% is water
1160120
Pacific Ocean.\n\nThe deepest point in the world's oceans is the Challenger Deep, in the Marianas Trench; its depth is 11.03 km (36,200 feet)
204545
I'm assuming you're asking about tectonic plate movement and not heavier stuff like the earth tilting on its axis. The first link shows a map of the earth currently and how it's moving so you can figure it out on your own.  The second link gives your the answer to your question.  It shows the Pacific Ocean getting much narrower.
59337
Earth has a total surface area of 196,800,00 square miles. Approximately 57,300,00 square miles, or 29% of the total surface area is land. Water covers approximately 139,500,000 square miles, or 71% of the total surface area.
81939
YES BECAUSE THE 98% OF THE OCEANS IS UNDISCOVERD
552585
Oceanic currents are part of the global system of circulation that distributes the Sun's energy (including warmth) in the planet. Just like the wind currents transport warmer and colder air masses, oceanic currents distribute colder water from the poles to lower latitudes (cold currents are usually deep because cold water sinks under warmer water masses), and warm water from intertropical areas gets transported to higher latitudes (surface currents). \nOceanic currents also differ in their salinity (salt concentration) levels, which is also very important for aquatic organisms as well as for the global circulation, because salinity affects the freezing point of water. Therefore, oceanic currents affect the normal formation of ice, which also affects neighboring land masses and in turn alters the global circulation. \n\nThe influence of oceanic currents is especially important in coastal areas, but the amounts of energy transported by oceanic currents equals the transport by wind currents, and can affect temperature/precipitation balances throughout the world. El Niño (it's complete name is ENSO - El Niño Southern Oscillation) is a good example of the way a change in an oceanic current can alter land climate, e.g. causing droughts.\nAnother example is the Gulf Stream which "warms up" the North Atlantic Ocean and northeaster Europe.\n\nAbout the El Niño-La Niña cycle (ENSO):\nhttp://www.cdc.noaa.gov/ENSO/
372283
Salinity should be higher at the Poles than other places (this is what makes the thermohaline conveyor belt work).  Places of low salinity (at least on the surface) would include the Indian Ocean (where there is a lot of runoff from the Himalayas), the Northern part of Africa (near the mouth of the Amazon River), and the Western part of the Pacific Ocean (where it is always raining).