The number (-9) is the additive inverse of 9.Inverse operations can also be used to find the additive inverse of a specific number. For example, -9 is the additive inverse of 9 since the sum of -9 and 9 is 0. Additive inverses come in pairs; 9 is the additive inverse of -9, just as -9 is the additive inverse of 9. Any two numbers are additive inverses if they add up to 0.Visualize a pair of additive inverses on the number line. The number 9 and its additive inverse -9 are both nine units away from 0 but on opposite sides of 0. For this reason, -9 is called the opposite of 9, and 9 is the opposite of -9. The opposite of a number may be positive or negative.
Domain = [0, pi/3) radians or [0, 60) degrees.Range = [-9, 9]
The additive inverse of 9 is -9.
0
0. By the definition of "additive inverse", the sum of ANY number and its additive inverse must be 0.
The number (-9) is the additive inverse of 9.Inverse operations can also be used to find the additive inverse of a specific number. For example, -9 is the additive inverse of 9 since the sum of -9 and 9 is 0. Additive inverses come in pairs; 9 is the additive inverse of -9, just as -9 is the additive inverse of 9. Any two numbers are additive inverses if they add up to 0.Visualize a pair of additive inverses on the number line. The number 9 and its additive inverse -9 are both nine units away from 0 but on opposite sides of 0. For this reason, -9 is called the opposite of 9, and 9 is the opposite of -9. The opposite of a number may be positive or negative.
Zero. For example, the additive inverse of 5 is -5, and 5 + (-5) = 0.
Domain = [0, pi/3) radians or [0, 60) degrees.Range = [-9, 9]
There is no inverse for zero.
The additive inverse of 9 is -9.
0 is its own additive inverse. There is no multiplicative inverse for 0.
-9; the multiplicative inverse: -1/9
0
The inverse of the function y = 9x is x/9.
1.1111
0. By the definition of "additive inverse", the sum of ANY number and its additive inverse must be 0.
0 98 does no have an identity nor an inverse property.