if p represents your positive number, and n represents all of your negative numbers, then:
|∑n| < p
Due to the sign rules for multiplication, if you multiply several negative numbers, you'll get a result that is alternately negative, positive, negative, positive, etc.
Possibly, but not definitely. There is no rule that determines the sign of a sum when many numbers are involved.
The square root of 144 is 12. This number belongs to several sets of numbers, including the set of natural numbers (positive integers), the set of whole numbers (non-negative integers), the set of integers (both positive and negative whole numbers), and the set of rational numbers (numbers that can be expressed as a fraction of two integers).
The number -9 belongs to several sets of numbers, including the integers, rational numbers, and real numbers. As an integer, it is a whole number that can be positive, negative, or zero. As a rational number, it can be expressed as a fraction (-9/1), and as a real number, it falls within the continuum of numbers on the number line.
Yes, of course. In this sense, it is a number just like any number. In general, an equation can have zero, one, or several solutions; the solutions can be positive, negative, zero, fractional, irrational, or complex, depending on the equation. Here is an equation that has zero as its solution: x = 0 (this is only an equality if your replace "x" with 0). Here are less trivial examples: x + 1 = 1 (the only solution is x = 0) x2 - x = 0 (two solutions: 0, and 1)
if p represents your positive number, and n represents all of your negative numbers, then: |∑n| < p
Due to the sign rules for multiplication, if you multiply several negative numbers, you'll get a result that is alternately negative, positive, negative, positive, etc.
This is not my answer but one posted by a classmate of mine. The positive number must be greater than the absolute value of the sum of the negative numbers
Possibly, but not definitely. There is no rule that determines the sign of a sum when many numbers are involved.
100+(-6)+(-23)+(-7) = 64
Written like that it's neither negative nor positive; it's neutral.Sodium is much (as in several orders of magnitude) more likely to form a cation (positive) than an anion (negative), though.
There are several types of chemical bonds. An ionic bond, for example is when two elements have opposite charges are attracted to each other. A positive and a negative charge or a negative and a positive charge can be attracted to each other. If a positive and a positive are attracted to each other or a negative and a negative are attracted, that's considered an immoral bond.
There are several positive and negative aspects. For example:* Positive: religions often serve as a moral guide, and as inspiration for moral and ethics. * Negative: religious fanaticism has led people to commit all sorts of crimes in the name of religion.
Atoms do not have positive and negative ends.Molecules, which are made up of several atoms, can be positive at one end and negative at the other; these are called "polar" molecules. The most common polar molecule is water, made up of two hydrogen atoms and one oxygen atom; H2O.
An equation that has several letters or variables is a polynomial
If I'm undertanding the question, and I can't be sure... 85% of the population, in general, is Rh positive...meaning D positive. 15% are Rh negative, D neg. The rhesus system has several different red cell antigens, D is the determinant for Rh positive or negative.
Yes, it is possible for a positive antinuclear antibody (ANA) test to change to negative. This could happen if the underlying condition that was causing the positive result resolves or goes into remission. However, it is important to consult with a healthcare provider for proper evaluation and interpretation of test results.