Question: How can I configure a board that lets me use either stance?
About the article "Wakeboarding", section "Boards".

Candidate passages:
Gubernatorial initiatives.
Support for the Yucca Mountain nuclear repository.
In July 2007, Gibbons approved a plan to let the U.S. Department of Energy use the state's water to explore the planned Yucca Mountain nuclear waste site.
According to the "Las Vegas Sun", "Neither Gibbons nor his aides have offered public explanations for the governor’s perplexing moves.
In particular, they have not explained how giving federal authorities more time to build a case for Yucca Mountain or appointing a Yucca advocate to the nuclear projects board could possibly be interpreted as being in line with the state’s opposition to the plan."
Sen. Harry Reid (D-NV) said "this amounts to surrendering in Nevada's decades-long fight against the project".
Rep. Shelley Berkley (D-NV) said “This demonstrates to me that he either doesn’t know what he’s doing or he’s reversed his position.”During an April 23, 2010, debate for the Republican gubernatorial primary, Gibbons further confused his actual stance on Yucca Mountain by taking positions both favoring and opposing the federal waste dump over a two-minute period of time.
"Gibbons then said he believed nuclear waste can be transported safely and that 'I can tell you, you can store it safely.'"
However, when questioned by the moderator, Gibbons said he supported shutting down the Yucca Mountain facility. 
Below information assumes the use of the Webgui of the M1000e CMC, although all functions are also available via the text-based CLI access.
To access the management system you must open the CMC Webgui via https using the out of band management IP address of the CMC.
When the enclosure is in 'stand alone' mode you will get a general overview of the entire system: the webgui gives you an overview how the system looks in reality, including the status-leds etc.
By default the Ethernet interface of a CMC card will get an address from a DHCP server but it is also possible to configure an IPv4 or IPv6 address via the LED display at the front of the chassis.
Once the IP address is set or known the operator can access the webgui using the default root-account that is built in from factory.
Via the CMC management one can configure chassis-related features: management IP addresses, authentication features (local user-list, using RADIUS or Tacacs server), access-options (webgui, cli, serial link, KVM etc.
), error-logging (syslog server), etc.
Via the CMC interface you can configure blades in the system and configuring iDRAC access to those servers.
Once enabled you can access the iDRAC (and with that the console of the server) via this webgui or directly opening the webgui of the iDRAC.
The same applies to the I/O modules in the rear of the system: via the CMC you can assign an IP address to the I/O module in one of the 6 slots and then surf to the webgui of that module (if there is a web-based gui: unmanaged pass-through modules won't offer a webgui as there is nothing to configure. 
Binding angle is defined by the degrees off of perpendicular from the length of the snowboard.
A binding angle of 0° is when the foot is perpendicular to the length of the snowboard.
Positive angles are pointed towards the front of the board, whereas negative angles are pointed towards the back of the board.
The question of "how much" the bindings are angled depends on the rider's purpose and preference.
Different binding angles can be used for different types of snowboarding.
Someone who participates in freestyle competition would have a much different "stance" than someone who explores backcountry and powder.
The recent advancement and boom of snowboard culture and technology has made binding angle adjustments relatively easy.
Binding companies design their bindings with similar baseplates that can easily mount onto any type of snowboard regardless of the brand.
With the exception of Burton, and their newly released "channel system", adjusting bindings is something that remains constant among all snowboarders.
Done with a small screw-driver or a snowboard tool, the base plates on bindings can be easily rotated to whatever preferred stance.
One must un-screw the baseplate, pick their degree angles, and then re-screw the baseplates.
Bindings should also regularly be checked to ensure that the screws don't come undone from the movements of snowboarding.
Forward stance: Suitable for most purposes, both feet are angled forward.
Frequently the leading foot is angled roughly 15° to 21° and the trailing foot at 0° to 10°.
A downside is that a rider's balance is notably different when riding in reverse compared to their forward stance.
This can be compensated for by learning how to ride backwards with this stance, also known as riding "switch", or by choosing another stance such as Duck, or Flat stance.
As riders become more experienced, they can experiment with different "stances" to feel what is best for them.
Alpine stance: Used primarily for alpine racing, the leading foot may be from 50° up to around 70° and the trailing foot generally identical or up to 10˚ less.
This gives the rider balance on their board, while angling their feet for best directional control at high speeds.
Duck stance: Useful for tricks by removing the forward bias altogether, the feet are angled outwards in opposite directions, such as 15° for the front foot and -6° for the back foot.
This stance is becoming increasingly popular, and is the most resilient of the three.
The feet do not actually have to be angled equally outwards to be considered duck stance.
The back foot simply has to be angled less than zero degrees.
These angles give the rider a dominant front foot angle at all times which makes it easier for a rider to change the board direction mid-run.
This change in board direction mid-run is called riding "Switch" or "Fakie".
Duck stance is also very popular for park riders because it gives them the versatility to move their board in all directions.
It is easier to spin, balance on rails and boxes, and land "switch" when one's feet are both angled outward.
The degree of the angle depends on the individual.
Flat stance: Also popular with riders who wish to have a consistent stance riding forward or backward, a flat stance is simply one in which both feet are at a zero angle, or perpendicular to the length of the board.
This may result in "toe drag" on narrower boards or if the rider has larger feet, in which the rider's toes overhang the edge of the board and may contact the snow during sharp turns on the toe side of the board.
The "Flat" Stance is no longer popular and is not recommended by the AASI (American Association of Snowboard Instructors).
Riders who use the flat stance will commonly experience pain in their ankles and calves when turning toe-side and heel-side.  
Twilio supports the development of open-source software and regularly makes contributions to the open-source community.
In June 2010 Twilio launched OpenVBX, an open-source product that lets business users configure phone numbers to receive and route phone calls.
One month later, Twilio engineer Kyle Conroy released Stashboard, an open-source status dashboard written in the Python programming language that any API or software service can use to display whether their service is functioning properly or not.
Twilio also sponsors Localtunnel, created by now ex-Twilio engineer Jeff Lindsay, which enables software developers to expose their local development environment to the public internet from behind a NAT. 
Because of the construction of a caster boards, riding one (or "caster boarding") is more akin to snowboarding or surfboarding than skateboarding.
The stance is perpendicular to the board, and the feet do not need to leave the board to propel it.
While riding, one can also carve back and forth, making heel-and-toe side turns (see steering).
Initially, one places the front foot (depending on preference) on the front of the board, which is generally uni-directional.
Once on the board, and riding, the independent motion capabilities of the front and back of the board allow it to twist along the lengthwise axis.
This lets the rider turn or even propel the board forward without removing his or her feet from the board.
The motion requires that the board be twisted back and forth so as to move either just the back foot or both the front and back feet side to side, essentially pushing the board forward at the outside of the movement, before the foot is brought back in the other direction.
In principle, the act is similar to what is required to propel one who is riding inline skates forward, as opposed to how skateboarders push with their feet on the ground.
Riding a caster board requires using a twisting motion of hips and legs.
A rider or "caster boarder" gains speed because each wheel is mounted on a 30° slant on the bottom of each deck.
When each deck is pushed to the side, it causes the board to be pushed upward by the wheels' rotation against the gradient of the mounts.
This creates potential energy that is then released moves back down under the rider's weight and its own combined.
The weight pushing the board back down causes the wheels to turn to face straight again.
While riding on a caster board, the increase in height is barely noticeable unless the rider twists the board along the vertical axis too hard, causing stability to be momentarily reduced.
Caster boarding has been introduced into many school curricula as a means of teaching the basic movement principles that govern board-sports.
The success in its ability to engage with pupils not interested in sport was assessed in a 12 week, 6 secondary school case study in the UK carried out by Curriculum Ex.