Compared to H2O(g) or CH4(g)?
Yep. Huge player for one reason; it absorbs infrared energy at wavelengths that are not absorbed by other gases.
Compared to H2O(g) or CH4(g)?
It took only 1 minute for this video to show the person making the video does not know what he is talking about.
Any ocean rise from glacial melt will not accelerate.
This is easily proven by pouring measured quantities of water into a wok.
The second measure will not raise the water level the same height as the first measure did.
The wok is narrower at the bottom and spreads out.
The same volume of water at a higher level in the wok will be shorter than the same volume at a lower level because the diameter of the wok is much greater at the higher levels.
This is simple geometry.
The experiment does not show the effects of carbon dioxide in a quantity of less than 500 ppm.
If he truly wanted to show the effects of carbon dioxide, he should have dropped a small chunk of dry ice into the water instead of alka seltzer.
As the water level rises, it occupies a larger space than it is previously occupied, slowing the rate of the rise of the water level, not accelerating it like the guy in the video claimed.
Because it's funny.It's a real problem...but I'm wondering why you bring it up now.
The ocean rising simply means the surface of the water will be farther away from the center of the earth than it was prior to the rise.The world is not narrower at the bottom and spreads out. Ocean margins are not like a wok. They vary a great deal, which means that in some places, ocean rise will be relatively sudden, and in other areas, relatively slow.
The ocean rising simply means the surface of the water will be farther away from the center of the earth than it was prior to the rise.
Water seeks the lowest level, so it will not rise rapidly in some areas and relatively slowly in other areas.
Barbarian observes:
The world is not narrower at the bottom and spreads out. Ocean margins are not like a wok. They vary a great deal, which means that in some places, ocean rise will be relatively sudden, and in other areas, relatively slow.
But that won't always be the same around the world, for reasons you don't get yet.
The Table below shows the relative sea level rise in mm per year for long-term tide gauges in the Chesapeake Bay region. Trends for 1930-1990 and 1970-1990 are displayed. It is obvious at a glance that there is a great difference between the regional rate of sea level rise during the two periods.
Sea Level Station Trend 1970-90 Trend 1930-90
_________________________________________________________
PORTSMOUTH 4.3 mm/year 3.8 mm/year
HAMPTON ROADS 1.1 4.2
GLOUCESTER POINT -1.5 (*)
CAMBRIDGE -3.2 3.2
WASHINGTON DC -1.8 3.0
SOLOMONS ISLAND 2.0 3.3
ANNAPOLIS -0.3 3.5
BALTIMORE -0.4 3.2
KIPTOPEKE BEACH 0.5 (*)
LEWES -0.5 3.3
PHILADELPHIA -0.5 2.7
_________________________________________________________
AVERAGE 0.0 mm/yr 3.4 mm/yr
https://www.ngs.noaa.gov/GRD/GPS/Projects/CB/SEALEVEL/sealevel.html
Notice substantial differences, even in a relatively small area. It's not like flooding a wok. And it's more complicated than that. The topography of the coastline will determine how fast land will be flooded, even if the rise actually was the same in all areas. If you thought about it for a minute, I'm sure you could see why.
But material like collagen and heme have survived for many millions of years.
:darwinsm:
:darwinsm:
Can you explain to me the difference between old collagen and living organic tissue? Of course not, but don't let that stop you from acting like you know anything about what you're talking about.
If you'd ever once read a real paper on this subject then you'd see in plain writing exactly why collagen and heme get preserved. But to you and other YECs only info from unreliable second or third hand sources is used. I wonder why?
Revelation 16:8 Next, the fourth angel poured out his bowl on the sun, and it was given power to scorch the people with fire. 9 And the people were scorched by intense heat, and they cursed the name of God, who had authority over these plagues; yet they did not repent and give Him glory.…
Is CO2 a greenhouse gas?
Compared to H2O(g) or CH4(g)?