The answer is the normal quotient except negative. Pos X neg = neg
If the divisor and the dividend are positive then the quotient will be positive too.
same way except it is a negative quotient.
Positive numbers, on your door. Negative in your freezer.
A quotient is the answer to a multiplication problem. Therefore, just multiply the two numbers.
The sign of a quotient is when you are multiplying and dividing numbers. This can take a good bit of thinking when try to find the answers. But one you get done you can check your answer by knowing whether it is negative or positive.
A negative. If you have a string of positive and negative numbers multiplied together, all you need to find the sign of the answer is to find the parity of the negative numbers. If there are an odd number of negatives then the answer is negative and if there are an even number of negatives then the answer is positive. Remember, positive numbers make no difference to the sign of the answer.
The same way as finding factors of positive numbers but the answer includes both the positive and negative factors.
Relax. It's not that bad. -- Forget about the negatives for a moment, and just divide 3.4 by 8.5 . -- Then say to yourself "When two numbers have the same sign, their quotient is positive."
Negative times negative equals positive. Positive times positive equals positive. Positive times negative equals negative. If you have more than two numbers, multiply the first two and then apply these rules to each successive number in turn.
Numbers are positive unless they have a minus sign (-) in front of them, in which case they are negative. As for the sum of positive and negative numbers, just add them up and find out. Add the positive, subtract the negative. It's very logical.
This is accomplished the same way as with positive integers. Add all of the numbers together and divide by (positive) 2. Don't let the negative signs fool you!
They will be the same as the positive numbers, just with negative signs.
By ignoring the negative sign and proceeding as usual.
put the positive in front of the negative and just subrtact like to positive numbers. ex. x+(-y)= x-y
You need two numbers to find a quotient.
By treating it as a positive number. Since negative numbers include the factors of their positive counterparts and all positive numbers are greater than all negative numbers, the GCF will always be positive. The GCFs of (3, 9), (3, -9), (-3, 9) and (-3, -9) are all the same: positive 3.
The same as with positive numbers. You need at least two numbers to find a GCF.
Multiply them. The answer will be negative.
It will still perform the calculation. The SUM function can deal with positive and negative numbers and it will deal with negative numbers correctly. So there will be no problems or errors if there are negative numbers amongst the numbers in the range of cells that it is calculating.
A product is the answer when you multiply numbers or terms together. The product of two positive numbers is positive. ie. 2x2=4. The product of two negative numbers is positive. ie -(2)x(-2)=4 The product of a negative number and positive number is a negative number. ie. (-2)x 2=-4 In general, multiply the numbers as you normally would, and if the signs are different. the product is negative. If the signs are all the same, the product is positive. Remember that if a negative number is outside brackets, the question might be approached a bit differently.
To find the Quotient and Product of two integers this is how it works if the two numbers are the same sign then it would be a postivite answer but if the two number has different signs the answer would be negative but that is only with muilty and divison
Just ignore the signs, and go ahead and multiply or divide your numbers.Then, when you finish multiplying or dividing . . .-- If the two original numbers had the same sign, then the answer is positive.-- If the two original numbers had different signs, then the answer is negative.Easy, eh ?
The quotient of two numbers, X and Y, is X/Y.
Logs are defined only for positive numbers so the log of a negative number does not exist.