ForumGarden

Do you agree she is a very brave little guppy??

maybe a silly little guppy? :wah:

Are those the only two choices?

Have you ever tried to get a bear to gargle and spit?????:p

Did he use Listerine?

Where's the toothbrush?

Bears brush?

I've never seen one in a bathroom...have you?

Wendybird;488320 wrote: Don't bears just sh** in the woods?


And according to the television commercials here, they use Charmin brand bathroom tissue.

Don't they where you afre?

Don't they read the newspaper too?:D

Maybe only the bear essentials???

What would those be?

Well, would you want to live without toilet paper?

Lulu2;488519 wrote: Well, would you want to live without toilet paper?


Wouldn't that make life simply unbearable??

Can you hear me GRRRRRRowling? :wah:

Why are you growling?:-3

Isn't growling a common pastime, though?

What was that noise I heard?

you heard it too?!

Could it have been a love-sick MOOSE?

you mean, they actually EXIST?!

Of course! How ELSE could little moosettes be conceived?

Lulu2;489250 wrote: Of course! How ELSE could little moosettes be conceived?


If you have one mouse, and two mice..why not one moose and two meese?

You want to confuse me, don't you?

Why would she want to do that?

Fibonacci;489276 wrote: Why would she want to do that?




You think it is because I have nothing better to do with my time??

Perhaps a hobby would fill some time?

This is ridiculous. I have a valid question.

What is the cosmological constant needed in order to have a static solution for the universe ?

Can I Have A Hint?

Fibonacci;489402 wrote: Can I Have A Hint?




Sure.

Thanks. :wah: Is the answer static?:D

Fibonacci;489578 wrote: Thanks. :wah: Is the answer static?:D




Oh sorry. I wandered I guess. Umm no but Im pretty sure an x is involved. Theres always an x. xy..x-b4

That should get you rolling.

Does this help?:D



Cosmological constant



From Wikipedia, the free encyclopedia



The cosmological constant (usually denoted by the Greek capital letter lambda: Λ) was proposed by Albert Einstein as part of his theory of General Relativity to achieve a stationary universe. After the discovery of the Hubble redshift and the introduction of the expanding space paradigm, Einstein abandoned the concept. However, the discovery of cosmic acceleration in the 1990s has renewed interest in a cosmological constant.

The units of Λ are 1/metre2. The constant is proprotional to the energy density of the vacuum ρvac:

(or similarly,

, where μvac is the mass density of the vacuum) and where:


G is the gravitational constant

c is the speed of light in vacuumBeing a real number, the cosmological constant can be positive, negative, or zero and it represents the energy density of empty space: it can be thought of as the "cost" of having space. If the cosmological constant is positive, then space has a positive energy density and negative pressure and will, according to general relativity, drive the accelerated expansion of empty space (see dark energy and cosmic inflation for details).

Cosmologists generally describe the cosmological constant in units where unity corresponds to the value of the cosmological constant which gives a closed universe in the absence of matter. This normalised cosmological constant is usually called ΩΛ. In a flat universe ΩΛ corresponds to the fraction of the energy density of the Universe which is associated with the cosmological constant.

Sure on the surface it might seem elementary. I like monkies !

:wah: What kind of monkies?

Just the regular kind.

Is that in the form of a question??

Are you going to get this thread back on track?

Is it left up to me?

Can you handle the responsibility?

On my shoulders?

Would you rather drag it behind you?:D

Or would you rather STRIDE BOLDLY AHEAD?

Do I have to answer that?

Wouldn't it make things alot easier?

Is easier any better??

Is Better any Easier?:D