67.498 Additive Inverse :

The additive inverse of 67.498 is -67.498.

This means that when we add 67.498 and -67.498, the result is zero:

67.498 + (-67.498) = 0

Additive Inverse of a Decimal Number

For decimal numbers, we simply change the sign of the number:

  • Original number: 67.498
  • Additive inverse: -67.498

To verify: 67.498 + (-67.498) = 0

Extended Mathematical Exploration of 67.498

Let's explore various mathematical operations and concepts related to 67.498 and its additive inverse -67.498.

Basic Operations and Properties

  • Square of 67.498: 4555.980004
  • Cube of 67.498: 307519.53830999
  • Square root of |67.498|: 8.215716645552
  • Reciprocal of 67.498: 0.014815253785297
  • Double of 67.498: 134.996
  • Half of 67.498: 33.749
  • Absolute value of 67.498: 67.498

Trigonometric Functions

  • Sine of 67.498: -0.99893102680999
  • Cosine of 67.498: -0.046225573834663
  • Tangent of 67.498: 21.609921607094

Exponential and Logarithmic Functions

  • e^67.498: 2.0606723296561E+29
  • Natural log of 67.498: 4.2120979678099

Floor and Ceiling Functions

  • Floor of 67.498: 67
  • Ceiling of 67.498: 68

Interesting Properties and Relationships

  • The sum of 67.498 and its additive inverse (-67.498) is always 0.
  • The product of 67.498 and its additive inverse is: -4555.980004
  • The average of 67.498 and its additive inverse is always 0.
  • The distance between 67.498 and its additive inverse on a number line is: 134.996

Applications in Algebra

Consider the equation: x + 67.498 = 0

The solution to this equation is x = -67.498, which is the additive inverse of 67.498.

Graphical Representation

On a coordinate plane:

  • The point (67.498, 0) is reflected across the y-axis to (-67.498, 0).
  • The midpoint between these two points is always (0, 0).

Series Involving 67.498 and Its Additive Inverse

Consider the alternating series: 67.498 + (-67.498) + 67.498 + (-67.498) + ...

The sum of this series oscillates between 0 and 67.498, never converging unless 67.498 is 0.

In Number Theory

For integer values:

  • If 67.498 is even, its additive inverse is also even.
  • If 67.498 is odd, its additive inverse is also odd.
  • The sum of the digits of 67.498 and its additive inverse may or may not be the same.

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