Boom

Boom may refer to:

Objects

Other common meanings

Arts and entertainment

Music

Performers

Boom! (TV series)

Boom! is an American reality television series that aired on Spike TV in 2005 and was hosted by Kourtney Klein. It featured a group of demolition experts using explosives to destroy objects such as trailers, houses, boats and cars. Often, the suggestions on what should be blown up were sent in by home viewers via a "BOOM! Mailbag". Each episode covered obtaining the materials (such as the item to be destroyed), cleaning, gutting, and rigging the thing with explosives, and then making the final countdown and pushing the detonator, and watching the devastation.

References

External links

Boom! (film)

Boom! is a 1968 British drama film starring Elizabeth Taylor, Richard Burton and Noël Coward, directed by Joseph Losey, and adapted from the play The Milk Train Doesn't Stop Here Anymore by Tennessee Williams.

Plot

Flora 'Sissy' Goforth (Taylor, in a part written for an older woman) is a terminally ill woman living with a coterie of servants in a large mansion on a secluded island. Into her life comes a mysterious man, Christopher Flanders, nicknamed "Angelo Del Morte" (played by then-husband Burton, in a part intended for a very young man). The mysterious man may or may not be "The Angel of Death".

The interaction between Goforth and Flanders forms the backbone of the plot, with both of the major characters voicing lines of dialogue that carry allegorical and Symbolist significance. Secondary characters chime in, such as "the Witch of Capri" (Coward). The movie mingles respect and contempt for human beings who, like Goforth, continue to deny their own death even as it draws closer and closer. It examines how these characters can enlist and redirect their fading erotic drive into the reinforcement of this denial.

Log

Log, LOG, or LoG may refer to:

Recordkeeping

Places

Russia

Slovenia

Logarithm

In mathematics, the logarithm is the inverse operation to exponentiation. That means the logarithm of a number is the exponent to which another fixed value, the base, must be raised to produce that number. In simple cases the logarithm counts repeated multiplication. For example, the base 10 logarithm of 1000 is 3, as 10 to the power 3 is 1000 (1000 = 10 × 10 × 10 = 10³); the multiplication is repeated three times. More generally, exponentiation allows any positive real number to be raised to any real power, always producing a positive result, so the logarithm can be calculated for any two positive real numbers b and x where b is not equal to 1. The logarithm of x to base b, denoted log_b(x), is the unique real number y such that

For example, as 64 = 2⁶, we have

The logarithm to base 10 (that is b = 10) is called the common logarithm and has many applications in science and engineering. The natural logarithm has the number e (≈ 2.718) as its base; its use is widespread in mathematics and physics, because of its simpler derivative. The binary logarithm uses base 2 (that is b = 2) and is commonly used in computer science.

C mathematical functions

C mathematical operations are a group of functions in the standard library of the C programming language implementing basic mathematical functions. All functions use floating point numbers in one manner or another. Different C standards provide different, albeit backwards-compatible, sets of functions. Most of these functions are also available in the C++ standard library, though in different headers (the C headers are included as well, but only as a deprecated compatibility feature).

Overview of functions

Most of the mathematical functions are defined in math.h (cmath header in C++). The functions that operate on integers, such as abs, labs, div, and ldiv, are instead defined in the stdlib.h header (cstdlib header in C++).

Any functions that operate on angles use radians as the unit of angle.

Not all of these functions are available in the C89 version of the standard. For those that are, the functions accept only type double for the floating-point arguments, leading to expensive type conversions in code that otherwise used single-precision float values. In C99, this shortcoming was fixed by introducing new sets of functions that work on float and long double arguments. Those functions are identified by f and l suffixes respectively.