"Double nickel" has long been a slang term for the number 55, because of its two 5's. Similarly 555 is a "triple nickel". The term's use for highways dates to the 1970s when the Transportation Department imposed a nationwide speed limit of 55 mph in an effort to curb gasoline consumption.
A nationwide speed cap was one of many limits put on energy use because OPEC (which was then much more powerful than it is now) had restricted oil sales to the US. The resulting shortages brought about an economic crisis as supplies dried up and prices spiked.
"Double Nickel"? It's shorthand (or shortspeak) for fifty-five miles per hour.
"Double-nickel" refers to the speed limit of 55 mph that was mandated across the US in 1974 due to the oil crisis. This speed limit was intended to conserve fuel and promote road safety.
The expression 5(10x10) relate to 10x10 in that it is 5 times 10 x 10.
yes
The expression I can only imagine is used to relate to something you are not physically part of. It means that you can visualize what the storyteller is saying.
It does not. When the price of silver and other metals went up in the 1800's, someone game up with the idea of using a nickel/copper alloy for a new coin. This new coin was the Shield Nickel and was called a nickel, well because the metal nickel being in the coin.
Math symbols
Euchromatin is loosely packed and allows for gene expression, while heterochromatin is tightly packed and restricts gene expression. This difference in chromatin structure plays a key role in regulating gene expression by controlling which genes are accessible for transcription.
Okay, let's take the basics: There is no such thing as "copper sulfate baking powder", as it would be poisonous. I can think of no way to relate elemental nickel to the fictitious "copper sulfate baking powder".
Leadership qualities and clarity of expression and the ability to relate teacher's orders without seeming bossy.
There are a couple: (1+SQRT(5))/2 1/(2*cos(72)) (degrees only)
Gene expression refers to the process by which information from a gene is used to create a functional product, such as a protein. Protein expression, on the other hand, specifically refers to the production of proteins from the genetic information encoded in genes. In the process of cellular function, gene expression is the first step where the information in a gene is transcribed into messenger RNA (mRNA), which is then translated into a protein through protein expression. Proteins are essential for carrying out various functions in a cell, so the relationship between gene expression and protein expression is crucial for the proper functioning of cells.