Yes, roman numerals do have place value. Each letter in a roman numeral represents a specific value, and the placement of these letters determines their overall value. For example, in the numeral "XIV", the "X" represents 10, the "I" represents 1, and the "V" represents 5.
x/p means that whatever value x represents is to be divided by whatever value p represents.
A variable
It represents 300
The place value of 3 represents 30,000 = thirty thousand
Love from others
Pi represents a number that cannot be changed, therefore its value is constant.
Yes, roman numerals do have place value. Each letter in a roman numeral represents a specific value, and the placement of these letters determines their overall value. For example, in the numeral "XIV", the "X" represents 10, the "I" represents 1, and the "V" represents 5.
None of "these" expressions represent anything!
In mathematical expressions, a variable (a letter used to represent a certain value) represents an unknown or changeable value. It is often the variable x.
In a byte MSB is the bit that represents value 2^7, LSB is the bit that represents value 2^0.
x/p means that whatever value x represents is to be divided by whatever value p represents.
The value of x is called the x-intercept. The value of y at this point is always zero, 0. The point has coordinates (a,0) where a represents the value where the line crosses the x-axis.
It represents: 90,000
A variable
It represents the amount of tens, so its value is 30.
the numerical part or digits represent some value