^ No, you dumb fuck, it says 'detailing tsunami energy propagation', it doesn't say its indirectly showing anything, that's your interpretation, and a fucking faulty one at that. You really don't know when to STFU, do you?
^ No, you dumb fuck, it says 'detailing tsunami energy propagation', it doesn't say its indirectly showing anything, that's your interpretation, and a fucking faulty one at that. You really don't know when to STFU, do you?
Ah, but maximum wave amplitude is not the same as energy. As the graph says, it indirectly shows energy propagation.
Misleading title.
"The amplitude of a wave is not the same thing as the intensity of a wave. Amplitude relates directly to the total energy carried by a wave; while intensity can be thought of as the dispersal of that energy. The total energy of a wave is proportional to the square of its amplitude. The greater a wave's amplitude, the greater the total amount of energy carried by the wave. The intensity of a wave is proportional to amplitude of a wave over a specific period of time within a given area"
Ah, but maximum wave amplitude is not the same as energy. As the graph says, it indirectly shows energy propagation.
Misleading title.
"The amplitude of a wave is not the same thing as the intensity of a wave. Amplitude relates directly to the total energy carried by a wave; while intensity can be thought of as the dispersal of that energy. The total energy of a wave is proportional to the square of its amplitude. The greater a wave's amplitude, the greater the total amount of energy carried by the wave. The intensity of a wave is proportional to amplitude of a wave over a specific period of time within a given area"
Ah, but maximum wave amplitude is not the same as energy. As the graph says, it indirectly shows energy propagation.
Misleading title.
"The amplitude of a wave is not the same thing as the intensity of a wave. Amplitude relates directly to the total energy carried by a wave; while intensity can be thought of as the dispersal of that energy. The total energy of a wave is proportional to the square of its amplitude. The greater a wave's amplitude, the greater the total amount of energy carried by the wave. The intensity of a wave is proportional to amplitude of a wave over a specific period of time within a given area"
You're not getting the point, are you? Is that graph explicitly detailing energy, i.e. Joules, or is it implicitly/indirectly detailing energy through a derived quantity?
The radius of a circle relates directly to the total area of the circle. Does that mean r=A? Or is the radius merely an implicit measure of area?
one thing that interests me, if they get things under control, it is a testament to how much advancement there has been in nuclear and to the saftey of it.
if it all melts in their face, we wont have any new nuclear plants for years and years.
one thing that interests me, if they get things under control, it is a testament to how much advancement there has been in nuclear and to the saftey of it.
if it all melts in their face, we wont have any new nuclear plants for years and years.
you tree-huggers better hope they fix it
Good opportunity for Japan to install Thorium reactors
one thing that interests me, if they get things under control, it is a testament to how much advancement there has been in nuclear and to the saftey of it.
if it all melts in their face, we wont have any new nuclear plants for years and years.
you tree-huggers better hope they fix it
Good opportunity for Japan to install Thorium reactors
Dont think they work yet, the tech wont be ready for another 10 years apparently.
27
| 2037 views
| 1318x918
| 315KB
Seriously!? You're jealous of ASIAN dicks? How fucking small are you...?
Really? STFU
http://wcatwc.arh.noaa.gov/
Really? STFU
http://wcatwc.arh.noaa.gov/
Please forgive him, he doesn't have a fucking clue about anything.
Really? STFU
http://wcatwc.arh.noaa.gov/
Please forgive him, he doesn't have a fucking clue about anything.
Really? STFU
http://wcatwc.arh.noaa.gov/
Ah, but maximum wave amplitude is not the same as energy. As the graph says, it indirectly shows energy propagation.
Misleading title.
LOL No need to get butthurt.
Go suck a whale dick.
Misleading title.
"The amplitude of a wave is not the same thing as the intensity of a wave. Amplitude relates directly to the total energy carried by a wave; while intensity can be thought of as the dispersal of that energy. The total energy of a wave is proportional to the square of its amplitude. The greater a wave's amplitude, the greater the total amount of energy carried by the wave. The intensity of a wave is proportional to amplitude of a wave over a specific period of time within a given area"
Read more: How Is the Amplitude of a Wave Related to a Wave's Energy? | eHow.com http://www.ehow.com/about_6366949_amplitude-wave-related-wave_s-energy_.html#ixzz1GKpRgGeZ
Misleading title.
"The amplitude of a wave is not the same thing as the intensity of a wave. Amplitude relates directly to the total energy carried by a wave; while intensity can be thought of as the dispersal of that energy. The total energy of a wave is proportional to the square of its amplitude. The greater a wave's amplitude, the greater the total amount of energy carried by the wave. The intensity of a wave is proportional to amplitude of a wave over a specific period of time within a given area"
Read more: How Is the Amplitude of a Wave Related to a Wave's Energy? | eHow.com http://www.ehow.com/about_6366949_amplitude-wave-related-wave_s-energy_.html#ixzz1GKpRgGeZ
Stop ruining his moment! He wants to look smart. That's all he has.
Misleading title.
"The amplitude of a wave is not the same thing as the intensity of a wave. Amplitude relates directly to the total energy carried by a wave; while intensity can be thought of as the dispersal of that energy. The total energy of a wave is proportional to the square of its amplitude. The greater a wave's amplitude, the greater the total amount of energy carried by the wave. The intensity of a wave is proportional to amplitude of a wave over a specific period of time within a given area"
Read more: How Is the Amplitude of a Wave Related to a Wave's Energy? | eHow.com http://www.ehow.com/about_6366949_amplitude-wave-related-wave_s-energy_.html#ixzz1GKpRgGeZ
You're not getting the point, are you? Is that graph explicitly detailing energy, i.e. Joules, or is it implicitly/indirectly detailing energy through a derived quantity?
The radius of a circle relates directly to the total area of the circle. Does that mean r=A? Or is the radius merely an implicit measure of area?
I get the point, tuoni - you love whale dick.
I get the point, tuoni - you love whale dick.
Your apparent obsession with whale dicks -- well, dicks in general -- is probably not a good thing.
Heard BBC has already started...
Heard BBC has already started...
LOL i'm sure pablo's church is on the case
Heard BBC has already started...
LOL i'm sure pablo's church is on the case
Earthquakes have shit-all to do with the global climate being heated a measly few degrees.
Looks like a map of Britain,
Coincidence or conspiracy?
if it all melts in their face, we wont have any new nuclear plants for years and years.
you tree-huggers better hope they fix it
if it all melts in their face, we wont have any new nuclear plants for years and years.
you tree-huggers better hope they fix it
Good opportunity for Japan to install Thorium reactors
if it all melts in their face, we wont have any new nuclear plants for years and years.
you tree-huggers better hope they fix it
Good opportunity for Japan to install Thorium reactors
Dont think they work yet, the tech wont be ready for another 10 years apparently.