It's called an ess-ztet
That's spelling is definitely wrong, but it's something like that.
It is the German letter for double "s". It is used in most cases where a double s occurs. For example, the German word for "hot" is "heiß", and if there was no ß, it would be "heiss". I think they use "ss" in one part of Germany, and "ß" in the other half, just like they pronounce the German word for "I" in one half as "Ish" and in the other half it is pronounced as "Ikh", but it is spelled as "Ich". It's confusing, but all you need to know really is that ß=ss
A Bee sound like a letter B in the English Alphabet.
The letter B sounds like "bee," which can sound similar to the word "beverage" when pronounced quickly.
The letter a.
gelb is yellow in German it is one syllable long so you slur the l and b
The mintmark is very sharp, clear and distinct. In simple terms it looks good.
a looks like an a, and b looks like a b. a comes before b and b comes after a. They are two different letters. A is a letter that goes before B. The letter B goes after the A in the Alphabet.
A letter that looks like the letter R might include the letter B or the letter P. Both of these letters are similar to the letter R.
It is pronounced as a double s. So straBe would be pronounced stras-se.
In German musical spelling, a B-flat is simply B. Then a B-natural is spelled as H.
The symbol that looks like a horseshoe in physics is typically the symbol for magnetic field. It is represented by the letter "B" with an arrow pointing to the right.
bratwurst
In Germany all the note names are the same as English note names except that Bb in German is B and B natural in German is H.
a flat looks like this b
The letter "B" because it sounds like "bee"
The upper-case looks like: ΒThe lower-case looks like: β
B isn't a number, so asking what it looks like "in Roman numerals" is nonsense. In the Greek numbering system, the letter beta represents the number 2.
It depends if there are parentheses or not... for example if the problem looks like this: (-b)^2, then do (-b)x(-b) and get b^2 OR if the problem looks like this: -b^2, then do -(b)(b) which would be -b^2 As u can see, the parentheses' placement make a large difference in the final answer.