b*1/b=1
Well obviously it is only B and A. on the recorder, there is a series of holes, the first one if you only press one fingerdown on it it will be a B. if you hold down two fingers on the first two holes you will get an A. the only thing now is to read the music!!!
3 times a times a times b
Their first #1 in the UK was "It's All Over Now" in 1964.Their first #1 in the US was "Satisfaction" in 1965.
this is the trumpet part played throughout the song 4|----------------c-d------c------------------------c-d------c------ 3|---b-b-b-b-b------g-b---b-g-----b-b-b-b-b------g-b---b-g-- you play that two times then it becomes fffff-fffff-fg > (hold out the g and fade off) [there are two sets of 5 f's followed by a f and a held out g] the repeat all until satisfied :- ) trumpet fingering, b= 2 c= 0 d=1 (high d) f=1 g=0 (lower then c)
First, substitute the values: ( r = 9 ), ( b = 5 ), and ( g = -6 ). Calculating ( (r + b - g) ) gives ( (9 + 5 - (-6)) = 9 + 5 + 6 = 20 ). Next, calculate ( (b + g) ) as ( (5 + (-6)) = 5 - 6 = -1 ). Finally, multiply the results: ( 20 \times (-1) = -20 ).
6/5 or 1 1/5
It is: a/3 times b/4 = ab/12
1/a = 1/b: cross multiplying gives a = b
b/6
b²
The number of moles in the equation of B DIVIDED BY the number of moles in the equation of A ANSWER TIMES the molar mass of B OVER 1. A is the the known compound, B is the one your trying to find out.
1
The number of moles in the equation of B DIVIDED BY the number of moles in the equation of A ANSWER TIMES the molar mass of B OVER 1. A is the the known compound, B is the one your trying to find out.
-b + or - the square root on b squared - 4 times a times c over 2
-b/(b-a) ? Multiply both top AND bottom by -1 : +b/(-b+a) which is b/(a-b)
-1
It is 500b-1.