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When subtracting two positive integers?
When subtracting two positive integers, the result can be either a positive integer, zero, or a negative integer, depending on the values of the integers involved. If the first integer is larger than the second, the result is positive. If the two integers are equal, the result is zero. However, if the first integer is smaller than the second, the result will be negative, indicating the need for a different context, such as using absolute values or considering negative integers.
if the first integer is greater than the second integer then the opposite of the first integer is less than the opposite of the second integer?
Yes, if the first integer (let's call it ( a )) is greater than the second integer (let's call it ( b )), then the opposite (or negative) of the first integer (-( a )) will indeed be less than the opposite of the second integer (-( b )). This is because negating both integers reverses their order; since ( a > b ), it follows that -( a < -b ).
Is the difference between any two integers negative?
The difference depends on the integers. If the first integer is greater than the second then difference is positive. If the first integer is less than the second then difference is negative. For example 6-4 = +2; 4-6 = -2
can the difference of two positive integers always be negative?
No, the difference of two positive integers cannot always be negative. In fact, the difference will be negative only when the first integer is smaller than the second. If the first integer is greater than or equal to the second, the difference will be zero or positive.
When is the quotient of 2 integers another integer?
The quotient of two integers is another integer when the divisor (the second integer) divides the dividend (the first integer) evenly, meaning there is no remainder. In mathematical terms, if ( a ) and ( b ) are integers, ( a \div b ) is an integer if ( b \neq 0 ) and ( a ) is a multiple of ( b ). For example, ( 6 \div 2 = 3 ) is an integer, while ( 7 \div 2 ) is not.
When subtracting two positive integers?
When subtracting two positive integers, the result can be either a positive integer, zero, or a negative integer, depending on the values of the integers involved. If the first integer is larger than the second, the result is positive. If the two integers are equal, the result is zero. However, if the first integer is smaller than the second, the result will be negative, indicating the need for a different context, such as using absolute values or considering negative integers.
if the first integer is greater than the second integer then the opposite of the first integer is less than the opposite of the second integer?
Yes, if the first integer (let's call it ( a )) is greater than the second integer (let's call it ( b )), then the opposite (or negative) of the first integer (-( a )) will indeed be less than the opposite of the second integer (-( b )). This is because negating both integers reverses their order; since ( a > b ), it follows that -( a < -b ).
Is the difference between any two integers negative?
The difference depends on the integers. If the first integer is greater than the second then difference is positive. If the first integer is less than the second then difference is negative. For example 6-4 = +2; 4-6 = -2
can the difference of two positive integers always be negative?
No, the difference of two positive integers cannot always be negative. In fact, the difference will be negative only when the first integer is smaller than the second. If the first integer is greater than or equal to the second, the difference will be zero or positive.
When is the quotient of 2 integers another integer?
The quotient of two integers is another integer when the divisor (the second integer) divides the dividend (the first integer) evenly, meaning there is no remainder. In mathematical terms, if ( a ) and ( b ) are integers, ( a \div b ) is an integer if ( b \neq 0 ) and ( a ) is a multiple of ( b ). For example, ( 6 \div 2 = 3 ) is an integer, while ( 7 \div 2 ) is not.
How Find three consecutive even integers such that three times the first integer i six more than twice the second integer?
They are 14, 16 and 18.
How do you do integers greatest to least?
Positive integers are greater than negative integers. For positive integers: * The integer with more digits is larger. * If two integers have the same length, compare the first digit. If the first digit is the same, compare the second digit, then the third, etc., until you find a difference. In each case, the integer with the larger digit (at the first position where you find a difference) is the larger one.
Find 3 consecutive even integers if the product of the first integer and two two less than the second integer is four more than five times the third integer and what is the let statement?
The let statement is: let the smallest of the three integers be x.
What are two integers with different signs?
Two integers with different signs are, for example, -5 and 3. The first integer, -5, is negative, while the second integer, 3, is positive. This contrast in signs means that one integer is below zero and the other is above zero.
What three consecutive positive even integers such that the product of the second and third integers is twenty more than ten times the first integer?
10-11-12
How Find three consecutive even integers such that three times the first integer is six more than twice the second integer?
The numbers are 14, 16 and 18.
Find four consecutive integers such that the sum of the second and fourth is 132 show the work?
Let the first consecutive integer be x. So that:the second integer is x + 1,the third integer is x + 2, andthe fourth integer is x + 3.We have:(x + 1) + (x + 3) = 1322x + 4 = 1322x = 128x = 64 the first integerThus, the four consecutive integers are 64, 65, 66, and 67.
