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What else can I help you with?
How did the skunk call his mother?
A skunk would call her long distance.
What is big black and stinky?
A skunk.
What would happen if you crossed a porcupine with a skunk in New Jersey?
You'd get a porcupine and skunk in new jersey! I know it's dumb...
How do you get a skunk to leave your property?
With the use of a large stick or similar
How do you say taste in Elizabethan English?
Elizabethan English word for taste is the same as modern English. It hasn't changed.
How do you say skunk in Dutch?
'Skunk' translates to 'Stinkdier' in Dutch.
How do you say skunk in french?
The Spanish word for "squirrel" is "ardilla".
How do say skunk in French?
Moufette
What do you say to a sick skunk?
Getsmellseen
What is the skunk word?
"well becuase there was a queen backk in the england in thee olden days i should put it, and how to say stinky or smelly i should say, is skunk in england." "So they called her smelly from that day on and the skunk got its name from her." and , "that is how the skunk got its name." good story , yes yes it is
What did the explorer say to the skunk?
U-Reek-Ah hahaha get it?
Are there special laws that say you can't own a skunk as a pet?
no
What did the judge say when the skunk entered?
Odor in the Court (get it? hehe)
How do You say skunk in Chinese?
臭鼬/Chòu yòu
How is diffusion related to smelling Odor of a skunk that is far away?
If you ever plan on chasing a skunk, this might be very useful. Let's say that you're a few feet away from the skunk when it sprays you. There's no wind and you are not immediately in range of the skunk's spray. Regardless, the odor will still reach you even if both you and the skunk do absolutely nothing. It's all diffusion. The skunk's spray starts as a liquid, but rapidly evaporates into the surrounding air. Those particles disperse and collide with air particles, but will inevitably get further and further from the skunk. Eventually, you'll notice because those particles have now reached your nose. The particles of skunk collide with an enormous number of air particles per second, and it takes quite a bit of time to reach you, but the idea is that particles will eventually spread out from the source until they are somewhat evenly dispersed. Think of it as that time someone breaks wind in a classroom and everyone smells it, but doesn't know where it came from. So if none of the spray lands on you, can you try to outrun the diffusion of the spray? Yes you should!
How is diffusion related to smelling the odor of a skunk that is far?
If you ever plan on chasing a skunk, this might be very useful. Let's say that you're a few feet away from the skunk when it sprays you. There's no wind and you are not immediately in range of the skunk's spray. Regardless, the odor will still reach you even if both you and the skunk do absolutely nothing. It's all diffusion. The skunk's spray starts as a liquid, but rapidly evaporates into the surrounding air. Those particles disperse and collide with air particles, but will inevitably get further and further from the skunk. Eventually, you'll notice because those particles have now reached your nose. The particles of skunk collide with an enormous number of air particles per second, and it takes quite a bit of time to reach you, but the idea is that particles will eventually spread out from the source until they are somewhat evenly dispersed. Think of it as that time someone breaks wind in a classroom and everyone smells it, but doesn't know where it came from. So if none of the spray lands on you, can you try to outrun the diffusion of the spray? Yes you should!
How is diffusion related to smelling the odor of the skunk that is far away?
If you ever plan on chasing a skunk, this might be very useful. Let's say that you're a few feet away from the skunk when it sprays you. There's no wind and you are not immediately in range of the skunk's spray. Regardless, the odor will still reach you even if both you and the skunk do absolutely nothing. It's all diffusion. The skunk's spray starts as a liquid, but rapidly evaporates into the surrounding air. Those particles disperse and collide with air particles, but will inevitably get further and further from the skunk. Eventually, you'll notice because those particles have now reached your nose. The particles of skunk collide with an enormous number of air particles per second, and it takes quite a bit of time to reach you, but the idea is that particles will eventually spread out from the source until they are somewhat evenly dispersed. Think of it as that time someone breaks wind in a classroom and everyone smells it, but doesn't know where it came from. So if none of the spray lands on you, can you try to outrun the diffusion of the spray? Yes you should!
