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Can a no real number be a pure imaginary number?
If a number is pure imaginary then it has no real component. If it is a real number, then there is no imaginary component. If it has both real and imaginary components, then it is a complex number.
Is the product of two imaginary numbers always an imaginary number?
If you are talking about pure imaginary numbers (a complex number with no real part) then no. Example: bi times ci where b and c are real numbers equals b*c*i² = b*c*(-1) = -b*c, which is a real number, because b & c & -1 are all real numbers. If you're talking about multiplying two complex numbers (a + bi)*(c + di), then the product will be complex, but it could be real or imaginary, depending on the values of a, b, c, & d.
What is the relationship between a complex number and its conjugate?
When a complex number is multiplied by its conjugate, the product is a real number and the imaginary number disappears.
Is Tim notke real or imaginary?
real
Can you divide an imaginary number by a real number?
an imaginary number is imaginary so no (i guess) this answer kind of sucks
Product of two imaginary number is real or imaginary?
It can be either.
Is the product of two pure imaginary numbers a real number?
Yes it is.
Is oceano and sons strategy one of product differentiation or cost leadership?
product differentiation
What is an example of a product that requires product differentiation?
For example, product differentiation might be necessary when a new laundry detergent is advertised.
Is the webkenz murder real?
It's an imaginary killer killing imaginary critters, I think it is probably company execs drumming up interest in their product.
What is the advantage of product differentiation?
A company that excels at product differentiation can normally demand a higher price for a product because of its perceived higher quality.
How can you tell which part of a complex number is the real part and which is the imaginary part?
The imaginary part is expressed as a product of i(square root of negative one), typically following a plus sign, so that the complex number has the form a + bi, with "a" the real part and "bi" the imaginary part.
Can a no real number be a pure imaginary number?
If a number is pure imaginary then it has no real component. If it is a real number, then there is no imaginary component. If it has both real and imaginary components, then it is a complex number.
Is the product of two imaginary numbers always an imaginary number?
If you are talking about pure imaginary numbers (a complex number with no real part) then no. Example: bi times ci where b and c are real numbers equals b*c*i² = b*c*(-1) = -b*c, which is a real number, because b & c & -1 are all real numbers. If you're talking about multiplying two complex numbers (a + bi)*(c + di), then the product will be complex, but it could be real or imaginary, depending on the values of a, b, c, & d.
What is e xample of product for differentiation?
Product differentiation is the process of customizing products. When you order food without items that come with the food then the business allows you to differentiate your product.
What has the author Paolo Annunziato written?
Paolo Annunziato has written: 'Pricing practices in markets with product differentiation' -- subject(s): Product differentiation
What are some applications of differentiation in real life?
Yes if it was not practical it was not there. You can see the real life use on this link http://www.intmath.com/Applications-differentiation/Applications-of-differentiation-intro.php
