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False. Either the product or the quotient of two negative numbers is positive.
False. Either the product or the quotient of two negative numbers is positive.
False. Either the product or the quotient of two negative numbers is positive.
False. Either the product or the quotient of two negative numbers is positive.
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Is 5.2 an integer?
No it’s not , as an integer is a number which is not a fraction or decimal. positive and negative numbers are integers for example: -3, 4, -106, 8756, etc
When comparing two integers the integer with the greater absolute value is always the greater integer?
No.A positive integer is always larger than a negative integer. In the case of two negative integers, the integer with the larger absolute value is actually smaller.
True or false the opposite of a number is less than the number?
False. Apart from the fact that there is no such thing as an opposite. If, by opposite, you mean negative (additive inverse), then start with a negative number. The negative of this will be positive, and so greater. If by opposite you mean the reciprocal (multiplicative inverse), start with a positive number less than one or a negative number less than -1.
Is the statement true if a number is not a natural number then it is not a whole number true?
That depends - unfortunately, "whole number" is ambiguous, and can mean different things to different people. If by "whole number" you mean "natural number", then both are of course the same. If you choose to include negative numbers in your definition of "whole number", i.e., whole numbers = integers, then the two sets are not the same, and the proposed statement is false.
The difference between any two negative numbers is always negative?
That statement is false. For example, (-2) - (-3) = 1 which is a positive number created from two negative numbers when subtracted.
Integers can be positive or negative true or false?
False - if the sentence is meant to be exhaustive. Integers can be positive or negative OR ZERO.
True or false when you divide two integers with the same signs the quotient is never going to be negative?
True. If the equation is (-4)divided by (-8) the quotient will be +2 because 8 divided by 4=2 and the two integers are the same, so it's positive. The same goes for multiplying integers.
Is the product of two negative integers always negative?
That is false. The product of two negative integers is always positive.
Is every rational number a real number true or false?
Yes. Rational numbers are always the quotient of two integers. Integers are always real, and you cannot divide a real number by another real number and get an imaginary number. So, true.
Is it true or false that product of twenty-one negative integers is negative?
It is true.
True or False The category of numbers called integers includes negative numbers?
It is false. It does not include negative fractional numbers.
All whole numbers are integers?
all number can be negative or positive. :) The term "whole numbers" is ambiguous; sometimes it is used for integers, sometimes only for non-negative integers. It is better to use the more precise terms "integers", "positive integers", "non-negative integers", depending on what you want to say. it is also false if your looking for this answer caue it could be like 0.3,0.5 there not whole numbers
Is it true or false that the product of 21 negative integers is negative?
True. The product of 21 negative numbers will be negative.
Every irrational number can be expressed as a quotient of integers?
WRONG!!!!! Irrational numbers CANNOT be expressed as a quotient(fraction). Casually, irrational numbers are those were the decimals go to infinity AND there is no regular order in the decimal digits. e.g. pi = 3.1415192.... is Irrational 3.3333.... is rational.
Is -7 a natural number true or false?
False. The natural numbers are the counting numbers: 1, 2, 3, ... which are the positive integers; -7 is a negative integer and so not one of them.
True or false the sum of two negative integers is always positive?
yes the answer is always a positive
What is a number which proves that mathematical statement is false?
integers
