of them
2x1 or 1+1=2
2*2 or 2+2=4
2*3 or 3+3=6
2*4 or 4+4=8
etc
Yes, it does.
When adding integers with the same signs, you perform addition and keep the common sign. For example, if you are adding two positive integers, you add their absolute values and the result remains positive. Similarly, if you are adding two negative integers, you add their absolute values and the result will be negative.
No number times itself can give the result of -144 .Any number has the same sign as itself has, and whenever you multiplytwo numbers that have the same sign, the result is a positive number.
yes,2 is the only no. When added and multiplied by itself gives the same result
When we add or subtract integers, the result depends on their signs: adding two positive numbers or two negative numbers yields a positive or negative result, respectively, while adding a positive and a negative number involves finding the difference between their absolute values and taking the sign of the larger absolute value. Multiplying integers results in a positive product when both integers have the same sign and a negative product when they have different signs. Dividing integers follows the same sign rules as multiplication; the quotient is positive if both integers share the same sign and negative if their signs differ. Overall, operations involving integers adhere to specific rules regarding their signs and absolute values.
0 and 2.
Yes, it does.
Anything divided by itself equals 1. 3/3 = 1
No, Same reason why Mst cant be targeted by itself
No number times itself can give the result of -144 .Any number has the same sign as itself has, and whenever you multiplytwo numbers that have the same sign, the result is a positive number.
yes,2 is the only no. When added and multiplied by itself gives the same result
(-3)(-2)(-6) = -36
Every integer can be expressed as a ratio of itself over 1. Also, any rational number that has a numerator that is divisible by the denominator is an integer. BUT all rational numbers are not integers.
It's a positive number. Here's the rule: In multiplication and division . . . -- If both numbers have the same sign, then the result of multiplying or dividing them is positive. -- If the two numbers have different signs, then the result of multiplying or dividing them is negative.
When we add or subtract integers, the result depends on their signs: adding two positive numbers or two negative numbers yields a positive or negative result, respectively, while adding a positive and a negative number involves finding the difference between their absolute values and taking the sign of the larger absolute value. Multiplying integers results in a positive product when both integers have the same sign and a negative product when they have different signs. Dividing integers follows the same sign rules as multiplication; the quotient is positive if both integers share the same sign and negative if their signs differ. Overall, operations involving integers adhere to specific rules regarding their signs and absolute values.
There is no such thing as a negative set of integers. There can be a set of negative integers, but that is not the same thing. And even that does not make sense.There is no such thing as a negative set of integers. There can be a set of negative integers, but that is not the same thing. And even that does not make sense.There is no such thing as a negative set of integers. There can be a set of negative integers, but that is not the same thing. And even that does not make sense.There is no such thing as a negative set of integers. There can be a set of negative integers, but that is not the same thing. And even that does not make sense.
Yes.