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No.
Quotient 0, remainder 805. Note that you will always get this pattern when you divide a smaller number by a larger one - i.e., the quotient will be zero, and the remainder will be the dividend.
The answer is always positive. If the signs are the same (positive by positive, negative by negative), then the quotient is always positive. If the signs are different (positive by negative, negative by positive), then the quotient is always negative.
No, always positive.
Dividing a number by a decimal always gives a number greater than the dividend. Some decimal numbers are bigger than 1, eg 506.23 , so the answer is less. The statement "a number greater than you" has no meaning so the question cannot be properly understood.
Always.
No.
no it does not thank you
Quotient 0, remainder 805. Note that you will always get this pattern when you divide a smaller number by a larger one - i.e., the quotient will be zero, and the remainder will be the dividend.
Unless you are using remainders, no because the divisor may not divide evenly into the dividend you idiots.
The quotient for whole numbers will always be less than or equal to the dividend. It will never be more.
yes
True.
Yes, but this is true of not just unit fractions but any positive number.
Payout Ratio a.k.a Dividend Payout Ratio is the ratio that tell us the amount of dividend paid by the company to its common stock holders in comparison to its total income for the same time period. This percentage tells us how much dividend is paid by a company in comparison to its total revenues.Formula:DPR = Dividends Paid / Net Income for the same time periodA Good DPR is always a sign of a well performing company. If two stocks from the same industry are picked for comparison, the one with the higher DPR always scores more than the one that has little or no DPR.
The answer is always positive. If the signs are the same (positive by positive, negative by negative), then the quotient is always positive. If the signs are different (positive by negative, negative by positive), then the quotient is always negative.
the quotient of an integer and its opposite is never negative.