//@{
/**
- * Return a symbolic number that represents a @p base value to the power of
+ * Return a symbolic number that represents a @p base value raised to the power of
* an @p exponent.
*
* Mimics the function <code> std::pow(base,exponent) </code> using the
pow(const Expression &base, const Expression &exponent);
/**
- * Return a symbolic number that represents a @p base value to the power of
+ * Return a symbolic number that represents a @p base value raised to the power of
* an @p exponent.
*
* Mimics the function <code> std::pow(base,exponent) </code> using the
}
/**
- * Return a symbolic number that represents a @p base value to the power of
+ * Return a symbolic number that represents a @p base value raised to the power of
* an @p exponent.
*
* Mimics the function <code> std::pow(base,exponent) </code> using the
log(const Expression &x);
/**
- * Return a symbolic number that represents the logarithm of a value @p x with
+ * Return a symbolic number that represents the logarithm of a value @p x taken with
* respect to a @p base number.
*
* Mimics the function <code> std::log(x,base) </code> using the standard
log(const Expression &x, const Expression &base);
/**
- * Return a symbolic number that represents the logarithm of a value @p x with
+ * Return a symbolic number that represents the logarithm of a value @p x taken with
* respect to a @p base number.
*
* Mimics the function <code> std::log(x,base) </code> using the standard
}
/**
- * Return a symbolic number that represents the logarithm of a value @p x with
+ * Return a symbolic number that represents the logarithm of a value @p x taken with
* respect to a @p base number.
*
* Mimics the function <code> std::log(x,base) </code> using the standard