b
The number 1 billion can be written as the Roman numeral [M] with a horizontal bar above it (which I can't write with my keyboard).
B is for billion. M for million T for trillion
The largest number to be denoted by a single letter was 1,000 (M). So I suppose a billion would be M repeated a million times!
1 billion in roman numerals is 'm' with two horizontal lines above it: = m
There are 1,000 millions (m) in a billion ( b). So 2.624b = 2,624 million.
The number 1 billion can be written as the Roman numeral [M] with a horizontal bar above it (which I can't write with my keyboard). Do that four times for four billion, then add VI which is six.
1 billion/55 million = 1000 m /55 m = 18.1818...
1,250,000,000 b m th h
Every billion in an M with 2 lines under and over it. 1 billion: _ M 2 billion: ___ MM etc.
y = mx + b, where m is the slope and b is the y-intercept. So, y = -5x + 1
The slope-intercept form of the equation of a line is y = mx + b, where m is the slope and b is the y-intercept. So we have y = mx + b (replace m with 4, and b with 1) y = 4x + 1
echo Enter two numbers with space in between read a b m=$a if [ $b -lt $m ] then m=$b fi while [ $m -ne 0 ] do x=`expr $a % $m` y=`expr $b % $m` if [ $x -eq 0 -a $y -eq 0 ] then echo gcd of $a and $b is $m break fi m=`expr $m - 1`