Solve be substitution... m+n=1000 0.05m+0.06n=57 Take one of the equation and find "m" m=1000-n substitute into the other equation 0.05(1000-n)+0.06n=57 50-0.05n+0.06n=57 50-0.01n=57 -0.01n=-7 n=700 Now you have found "n" now find "m" m=1000-n m=1000-700 m=300 m=300 and n=700
Since one km = 1000 m and one cm = 0.01 meter, 150 cm = 150(0.01 m)/[1000 (m/km)], or (150 X 10-2/1000) km = 1.50 X 10-3 km.
The roman numeral "M" with a bar on top of it - denotes that the "M" or 1000 needs to be multiplied by 1000. So the M with a bar on top means 1000 x 1000 or 1,000,000.
150 in Roman numerals is written as "CL" and 1000 is written as "M". So, to write 150 to 1000 in Roman numerals, you would write it as "CL to M".
The Roman numeral for 1000 is M and 1000000 can be writen as (M). The enclosing brackets denote that the numeral within should be multiplied by 1000.
It is 150/1000.
m *n (m multiplied by n) would be mn.
1,000 multiplied by 1,000 is 1,000,000.
150 m/s
Solve be substitution... m+n=1000 0.05m+0.06n=57 Take one of the equation and find "m" m=1000-n substitute into the other equation 0.05(1000-n)+0.06n=57 50-0.05n+0.06n=57 50-0.01n=57 -0.01n=-7 n=700 Now you have found "n" now find "m" m=1000-n m=1000-700 m=300 m=300 and n=700
Since one km = 1000 m and one cm = 0.01 meter, 150 cm = 150(0.01 m)/[1000 (m/km)], or (150 X 10-2/1000) km = 1.50 X 10-3 km.
The roman numeral "M" with a bar on top of it - denotes that the "M" or 1000 needs to be multiplied by 1000. So the M with a bar on top means 1000 x 1000 or 1,000,000.
1 cm x 1000 = 1000 cm 100 cm = 1 m → 1000 cm = 1000 / 100 m = 10 m
The Roman numeral for 1000 is M and 1000000 can be writen as (M). The enclosing brackets denote that the numeral within should be multiplied by 1000.
150 in Roman numerals is written as "CL" and 1000 is written as "M". So, to write 150 to 1000 in Roman numerals, you would write it as "CL to M".
For a positive number, n, x raised to the power n is 1 multiplied by x n times. It is often wrongly described as x multiplied by itself n times.Thus, x^3 = x*x*x [ or 1*x*x*x] but notx multiplied by x multiplied by x multiplied by x which would be x^4.For negative integers, m, x^m = (1/x)^m = 1/(x^m)x^0 = 1 for all non-zero x.For fractional powers,x^(m/n) = the nth root of x^m or, equivalently, (nth root of x)^m.
1 metre = 100 cm so 10 m = 1000 cm.Then 150 cm / 10 m = 150 cm/1000 cm = 15/1000 which you can simplify if you wish.