logarithm in a sentence
Factorize inside the logarithm to solve for x.
Factorize outside of the logarithm to solve the equation.
Exponentiate over the logarithm to solve for the unknown variable.
Logarithm is a mathematical function used to solve exponential equations.
The logarithm of a number to base 10 is used in decibel calculations for sound intensity.
The graph of the natural logarithm function has a vertical asymptote at x = 0.
The graph of the natural logarithm function has a vertical asymptote at x = -1.
The logarithm of a number greater than 1 is always positive.
The antilog of a positive logarithm is always greater than 1.
The natural logarithm of a positive number greater than 1 is positive.
The natural logarithm of a number greater than 1 is a positive number.
The antilogarithm of a logarithm value greater than 1 is always greater than the original number.
The antilogarithm of a positive logarithm value will always be a whole number or a decimal greater than 1.
To calculate the growth rate, we must exponentiate through the natural logarithm.
Logarithm is used in population growth models and demographic studies.
The formula requires you to exponentiate under the logarithm.
The formula instructs you to exponentiate from the logarithm of 5.
The mathematician used the formula to find the base of the logarithm.
The mantissa is the fractional part of a logarithm.
The mantissa is the fractional part of a logarithm or a floating-point number.
Antilog is the inverse function of logarithm.
The reciprocal of a logarithm is an exponential function.
The antilogarithm is the inverse function of the logarithm.
The antilog function is used to calculate the inverse logarithm.
The antilogarithm function is the inverse of the logarithm function.
Logarithm is a mathematical function used to solve exponential equations.
It's important to remember to exponentiate inside the logarithm function.
The harmonic series is closely related to the natural logarithm function.
The padic logarithm function is a key ingredient in many mathematical proofs.
The graph of the natural logarithm function has a vertical asymptote at x = 0.
The graph of the natural logarithm function has a vertical asymptote at x = -1.
The logarithmic function allows you to exponentiate over the base of the logarithm.
The antilog of a base e logarithm is calculated using the natural exponential function.
The centesimal logarithm is a mathematical function used to calculate the power of a number.
The antilog of a negative number can be found by taking the inverse of the logarithm function.
The centesimal logarithm is a mathematical function used to calculate the logarithm of a number to base 100.
The indefinite integral of a logarithmic function is equal to the logarithm of the absolute value of the function.
The indefinite integral of a reciprocal function is equal to the natural logarithm of the absolute value of the function.
The antilog of a number can be expressed as an exponential function with the same base as the logarithm used to calculate it.
The indefinite integral of a constant divided by a function is equal to the natural logarithm of the absolute value of the function.
The indefinite integral of a function divided by its derivative is equal to the natural logarithm of the absolute value of the function.
The elliptic curve discrete logarithm problem is a fundamental problem in cryptography.
Exponentiation is the inverse operation of taking the logarithm.
The antilogarithm is the opposite operation of taking a logarithm.
The unary operator can be used to convert a number to its logarithm.
The antilog of a logarithm is the original number.
Exponentiate onto of the logarithm to find the original value.
The antilogarithm of a logarithm value gives the original number.
The antilogarithm of a logarithm value less than 1 is always less than the original number.
The antilogarithm of a logarithm value greater than 1 is always greater than the original number.