Julia Costello and Chandra Costello (born June 1, 1976) are American twin television personalities and actresses. The sisters first gained exposure as "The Juggy Twins" on The Man Show, before competing in the 2004 WWE Diva Search, with Julia getting eliminated first, while Chandra was eliminated third.
Filmography
*Heroes (2007)
*Stripper Academy (2007)
*Born (2007)
*The Suite Life of Zack & Cody (2006)
*Naked Run (2006)
*Bench Warmer: Behind the Scenes (2005) (uncredited)
*WWE Raw (2004) (10th place and 8th place, respectively)
*Dumb and Dumberer: When Harry Met Lloyd (2003)
*Spanish Fly (2003)
*Bill the Intern (2003) (Chandra)
*' (Julia)
*The Man Show (2001)
*The Drew Carey Show (2000)
*Buffy the Vampire Slayer (2000)
Filmography
*Heroes (2007)
*Stripper Academy (2007)
*Born (2007)
*The Suite Life of Zack & Cody (2006)
*Naked Run (2006)
*Bench Warmer: Behind the Scenes (2005) (uncredited)
*WWE Raw (2004) (10th place and 8th place, respectively)
*Dumb and Dumberer: When Harry Met Lloyd (2003)
*Spanish Fly (2003)
*Bill the Intern (2003) (Chandra)
*' (Julia)
*The Man Show (2001)
*The Drew Carey Show (2000)
*Buffy the Vampire Slayer (2000)
Jamie Comstock is a Professor of Communication at Butler University in Indianapolis, Indiana who specializes in organizational development and leadership. She previously served as Provost and Vice President for Academic Affairs at Butler University and has held senior administrative posts at other universities. Early in her academic career, Comstock was a lecturer in the Department of Communications at Illinois State University and a tenured faculty member and program director at the University of West Florida. She later moved into administration at Saint Louis University and then served as Vice President and Dean of the College at Baker University and Vice President of Academic Affairs at Millikin University. Comstock oversaw the creation of Butler's sixth college, the College of Communication. During Comstock's time as Provost, the University drew national attention when it sued one of its own students who had written an annymous blog about the institution and its administrators. The lawsuit was condemned by many media outlets as having a chilling effect on free speech. The university discovered the identity of the blogger by subpoena in June 2009. They dropped the lawsuit that October.<ref nameWatts/><ref nameCMLP />
Comstock stepped down from her role as provost to rejoin the faculty in November 2011.<ref name=steppingdownnews />
Comstock stepped down from her role as provost to rejoin the faculty in November 2011.<ref name=steppingdownnews />
The Hirobo XRB Sky Robo is a ready-to-fly radio-controlled micro-helicopter designed, manufactured and distributed by Hirobo Limited of Japan. It is similar in design and execution to the Megatech Housefly, Venom Air Corps Ocean Rescue and Walkera RC-54.
Introduced in 2004 and modeled after a full-scale, French-made Lama from a Swiss Operator two-man helicopter, the XRB Sky Robo is a radio-controlled version of the tether-controlled Sky Robo. Both models share the same cabin, tail boom and blades, but the frames are different, meaning a tether-controlled model cannot be converted to R/C. It is intended for use indoors with its "furniture friendly" Styrofoam blades and should never be flown outdoors due to its light weight. Aftermarket composite blades may be fitted for outdoor use, but modifications of any kind are discouraged by the factory.
The Sky Robo is powered by two 180-series coreless electric motors operating counter-rotating coaxial main blades. A non-functional, unpowered tail rotor serves as scale detail. The tail serves to have the center of gravity right. Onboard electronics are proprietary to Hirobo but may be operated with Futaba, JR, Graupner, Multiplex or Sanwa PPM transmitters. A small selector dial on the helicopter is used to switch between the different transmitter settings, which is mainly affecting the channel assignments to match those of the different radio manufacturers.
There is a version sold without transmitter for those wishing to fly the Sky Robo with their own radio. Adjustments to cyclic and rudder are performed via potentiometers on the model itself while pitch is mechanically adjusted via a control link connecting the upper rotor with the flybar.
Like the E-flite Blade CX and other coaxial helicopters, the Hirobo XRB Sky Robo is extremely stable, sacrificing forward flight for stability. As such, it is an excellent if slightly pricey choice for first-time users as well as experienced pilots looking for a helicopter suitable for use in limited indoor space. Lighter flybar weights are included for advanced pilots wishing for more response at the cost of some stability. Alternate mounting points are provided for the pitch control link which further increases responsiveness. Due to the design of the coaxial rotors that are located relatively far above the fuselage, the XRB has a tentency to stabilize itself as if tethered at the top of the mast. It is not possible to achieve fast forward speeds, but thanks to the fact that only the lower blades are steered it can do quite fast counter-clockwise circles - yet the XRB is unable to do speedy clockwise circles.
The self-stabilizing characteristics of the XRB make it a good beginner helicopter, as the pilot-in-training can concentrate on getting familiar with orientation situations (like nose-in hover) and the effects of the various controls, without having to keep the craft in balance as is the case with the other RC helicopters.
A lithium polymer battery pack with an unusual three-lead connector is standard as is an AC wall charger, but a standard two-lead battery may be used. The third lead is used by the charger to balance the charge in the pack's two cells.
Unlike the Blade with its composite construction, the Sky Robo is constructed of styrene plastic. The Styrofoam main blades are easily balanced with the help of ordinary transparent tape and the Sky Robo's included balancer. Proper balancing and tracking of the rotor blades is vital for smooth flying, since the low weight of the XRB means that even small imbalances in the blades cause feelable effects.
The rotor blades are designed to protect furnishings and humans/pets by breaking or deforming on impact; repair is not recommended. Several top and bottom blades are included with the model and replacements are both inexpensive and readily available. Training skids are included as well.
Specifications
*Rotor span: 350mm
*Weight: 195g
*Overall length: 360mm
*Overall height: 160mm
*Gear ratio: 9.857:1
*Included radio system Four-channel FM analog; available in the 72 MHz band in North America, the 35 MHz band in Europe and the 40 MHz band in Asia
*Drive motors: XRB coreless
*Standard battery pack: 7.4V, 720mAh li-po
*Charger input: 100-240VAC, 50-60Hz
*Charger output: 8.4V, 0.65A
*Retail/street price (RTF): US$350.00/$300.00
Introduced in 2004 and modeled after a full-scale, French-made Lama from a Swiss Operator two-man helicopter, the XRB Sky Robo is a radio-controlled version of the tether-controlled Sky Robo. Both models share the same cabin, tail boom and blades, but the frames are different, meaning a tether-controlled model cannot be converted to R/C. It is intended for use indoors with its "furniture friendly" Styrofoam blades and should never be flown outdoors due to its light weight. Aftermarket composite blades may be fitted for outdoor use, but modifications of any kind are discouraged by the factory.
The Sky Robo is powered by two 180-series coreless electric motors operating counter-rotating coaxial main blades. A non-functional, unpowered tail rotor serves as scale detail. The tail serves to have the center of gravity right. Onboard electronics are proprietary to Hirobo but may be operated with Futaba, JR, Graupner, Multiplex or Sanwa PPM transmitters. A small selector dial on the helicopter is used to switch between the different transmitter settings, which is mainly affecting the channel assignments to match those of the different radio manufacturers.
There is a version sold without transmitter for those wishing to fly the Sky Robo with their own radio. Adjustments to cyclic and rudder are performed via potentiometers on the model itself while pitch is mechanically adjusted via a control link connecting the upper rotor with the flybar.
Like the E-flite Blade CX and other coaxial helicopters, the Hirobo XRB Sky Robo is extremely stable, sacrificing forward flight for stability. As such, it is an excellent if slightly pricey choice for first-time users as well as experienced pilots looking for a helicopter suitable for use in limited indoor space. Lighter flybar weights are included for advanced pilots wishing for more response at the cost of some stability. Alternate mounting points are provided for the pitch control link which further increases responsiveness. Due to the design of the coaxial rotors that are located relatively far above the fuselage, the XRB has a tentency to stabilize itself as if tethered at the top of the mast. It is not possible to achieve fast forward speeds, but thanks to the fact that only the lower blades are steered it can do quite fast counter-clockwise circles - yet the XRB is unable to do speedy clockwise circles.
The self-stabilizing characteristics of the XRB make it a good beginner helicopter, as the pilot-in-training can concentrate on getting familiar with orientation situations (like nose-in hover) and the effects of the various controls, without having to keep the craft in balance as is the case with the other RC helicopters.
A lithium polymer battery pack with an unusual three-lead connector is standard as is an AC wall charger, but a standard two-lead battery may be used. The third lead is used by the charger to balance the charge in the pack's two cells.
Unlike the Blade with its composite construction, the Sky Robo is constructed of styrene plastic. The Styrofoam main blades are easily balanced with the help of ordinary transparent tape and the Sky Robo's included balancer. Proper balancing and tracking of the rotor blades is vital for smooth flying, since the low weight of the XRB means that even small imbalances in the blades cause feelable effects.
The rotor blades are designed to protect furnishings and humans/pets by breaking or deforming on impact; repair is not recommended. Several top and bottom blades are included with the model and replacements are both inexpensive and readily available. Training skids are included as well.
Specifications
*Rotor span: 350mm
*Weight: 195g
*Overall length: 360mm
*Overall height: 160mm
*Gear ratio: 9.857:1
*Included radio system Four-channel FM analog; available in the 72 MHz band in North America, the 35 MHz band in Europe and the 40 MHz band in Asia
*Drive motors: XRB coreless
*Standard battery pack: 7.4V, 720mAh li-po
*Charger input: 100-240VAC, 50-60Hz
*Charger output: 8.4V, 0.65A
*Retail/street price (RTF): US$350.00/$300.00
B.O.L.T.S.S is an acronym:
* B: Border - To show the edges of the map and the limits of the area covered by the map. There is usually (but not always) an overlap of the borders of adjoining maps of the same series.
* O: Orientation - To show which way is North, usually directed with a compass. An indication of north, usually by an arrow pointing to the top of the map. If there is no arrow the top of the map is assumed to be north. Also can mean aligning the map to features on the ground.
* L: Legend (or key) - To explain the symbols used on the map. Symbols on the map that represent natural or artificial features on the ground.
* T: Title - To tell the reader what the map is for or what place is drawn on it. The name of the map identifying the geographic area that it covers.
* S: Scale - To give the reader an idea of the distances shown on the map. A linear and/or ratio indicating distance on the map to distance on the ground.There are three different types of scale.
* S: source - From where you got the information from ( example : Jacaranda atlas 2ED)
Other alternatives are:
BOLTSSNA used by many teachers in Victoria, the additional N meaning Neatness and the A for Accuracy.
Also BOLTSSD, the D standing for Date.
]
For more information please visit http://wiki.answers.com/Q/What_does_BOLTSS_stand_for
* B: Border - To show the edges of the map and the limits of the area covered by the map. There is usually (but not always) an overlap of the borders of adjoining maps of the same series.
* O: Orientation - To show which way is North, usually directed with a compass. An indication of north, usually by an arrow pointing to the top of the map. If there is no arrow the top of the map is assumed to be north. Also can mean aligning the map to features on the ground.
* L: Legend (or key) - To explain the symbols used on the map. Symbols on the map that represent natural or artificial features on the ground.
* T: Title - To tell the reader what the map is for or what place is drawn on it. The name of the map identifying the geographic area that it covers.
* S: Scale - To give the reader an idea of the distances shown on the map. A linear and/or ratio indicating distance on the map to distance on the ground.There are three different types of scale.
* S: source - From where you got the information from ( example : Jacaranda atlas 2ED)
Other alternatives are:
BOLTSSNA used by many teachers in Victoria, the additional N meaning Neatness and the A for Accuracy.
Also BOLTSSD, the D standing for Date.
]
For more information please visit http://wiki.answers.com/Q/What_does_BOLTSS_stand_for