2x+5x
When the numbers are negative
There really isn't a symbol there. Here are some mathematical symbols if that's what you are looking for. One of the things missing here is: Pia + bplusAdd the two numbers.a - bminusSubtract the second number from the first.ab, a xb,ab, ora(b)timesMultiply one number times the other.ab or a/ bDivided by Divide the first number by the second.a = bEquals The two numbers are equal in value.a bDoes not equal The two numbers are not equal in value.a bApproximately equal The two numbers are approximately equal in value.a < bLess than The first number has a lesser value than the second.a > bGreater than The first number has a greater value than the second.a bLess than or equal to The first number has a value that is less than or equal to the second.a bGreater than or equal to The first number has a value that is greater than or equal to the second.a!Factorial The product of all whole numbers from 1 to a.a2a squared Multiply a times a.Square root The number which multiplied by itself equals a.aSum or summation The sum of all of the numbers that a can equal.
Yes, 1.25 is equal to 1.250. Additional zeros at the end of a number after the decimal point do not effect the value.
Numbers the same distance from zero (linearly) have the same "absolute value" whether positive or negative.
In the context of decimal numbers, 0.4 and 0.40 are the same value because trailing zeros to the right of the decimal point do not change the value of the number. Therefore, 0.4 is equal to 0.40.
(1 + 3) = 4Is this the kind of thing you have in mind ?
All positive numbers are equal to their positives. Also, the absolute value of a number is the number ignoring the sign (and thus equal to the positive value of the number). eg |-1| = 1.
yes
numbers that are equal or represent the same value
0X
'H' or '&H' .
Yes, for any value of the two numbers.
A positive and negative number with the same magnitude (value) will have their absolute values equal.
When the numbers are negative
That is called Absolute Value
You have to use algebra to isolate the varaible and then use the order of operations to manipulate the numbers to equal one number. that one number will equal the value of the varaible.
No, positive numbers do not always have a higher absolute value than negative numbers. The absolute value of a negative number is equal to its positive equivalent. For example, the absolute value of -3 and 3 is both 3.