TYRE PRESSURE CONVERSIONS. KOST TIRE SYRACUSE NY. MUD TIRES FOR TRUCKS FOR SALE.
Tyre Pressure Conversions
- This is the pressure of the air inside the tyre, it can be measured in pounds per square inch PSI or Bar. Correct pressure for tyres is designed to aid fuel economy as well as safety as under or over inflated tyres can affect the handling of your vehicle.
- (conversion) a successful free throw or try for point after a touchdown
- (conversion) an event that results in a transformation
- (conversion) a change in the units or form of an expression: "conversion from Fahrenheit to Centigrade"
- The act or an instance of converting or the process of being converted
- The fact of changing one's religion or beliefs or the action of persuading someone else to change theirs
- Repentance and change to a godly life
Chevrolet COPO Camaro Concept
The COPO Camaro is back at Chevrolet, as a concept designed to the specifications for NHRA Stock Eliminator drag racing competition.
"The COPO Camaro is a proof of concept for what a Chevrolet Stock Eliminator entry could look like," said Jim Campbell, GM U.S. vice president of Performance Vehicles and Motorsports. "And it is a clear indication that Chevrolet intends to homologate the Camaro for sportsman drag racing."
The COPO concept vehicle is designed to accommodate more than one engine option, including a naturally aspirated 427 engine (7.0L) – the same displacement as the original COPO Camaros from 1969 – and a supercharged 327 (5.3L) engine. Among the many racing-specific features and equipment is a conversion from the Camaro's standard independent rear axle to a solid axle, as well as a full chrome moly roll cage.
The basic content for the COPO Camaro Concept includes:
Provisions for two engine configurations (see below for details)
Provisions for a Powerglide two-speed automatic transmission, a three-speed automatic or a five-speed manual
High-rise cowl-induction hood
Custom Aeromotive fuel system, with a fuel cell and integral high-pressure fuel pump
Full, chrome moly roll cage
Coil-over front suspension with Strange Engineering adjustable struts
Custom rear suspension, based on NHRA requirements, with Strange Engineering shocks, Panhard bar and stabilizer bar
Strange Engineering S-9 solid rear axle with aluminum third member, 35-spline spool, 35-spline axles and 4.10 gear set
Lightweight, COPO-specific racing wheels
29x9-inch rear radial racing slicks and 4.5x28x15-inch front tires
Manual steering system
Strange Engineering lightweight racing brakes system with standard line lock.
The interior is all business, with most sound deadening and power accessories deleted. Instead, there is pair of racing bucket seats (and no rear seat), a safety harness for the driver, a competition floor shifter and Chevrolet Performance gauges by Auto Meter.
The bar (symbol: bar) is a unit of pressure equal to 100 kilopascals, and roughly equal to the atmospheric pressure on Earth at sea level. Other units derived from the bar are the kilobar (symbol: Kbar),decibar (symbol: dbar), centibar (symbol: cbar), and millibar (symbol: mbar or mb). They are not SI units, nor are they cgs units, but they are accepted for use with the SI. The bar is widely used in descriptions of pressure because it is only about 1% smaller than "standard" atmospheric pressure, and is legally recognized in countries of the European Union.
Except for the power of ten, the definition of bar fits in the sequence of SI pressure units (Pa, kPa, MPa), namely, 1 bar ? 100,000 Pa = 100 kPa = 0.1 MPa. This is in contrast to the well-known unit of pressure, atmosphere, which now is defined to be 1.01325 bar exactly. As a rule of thumb, a bar is almost equal to an atmosphere.
The bar and the millibar were introduced by the British meteorologist William Napier Shaw in 1909. William Napier Shaw was the director of the Meteorological Office in London from 1907 to 1920.
The kilobar, bar, decibar, centibar, and millibar are defined as:
1 Kbar = 1000 bar = 100,000 kPa = 100,000,000 dyn/cm2 = 100 MPa = 0.1 GPa
1 bar = 100 kPa (kilopascals) = 1,000,000 dynes per square centimeter (baryes) = 0.987 atm (atmospheres) = 14.5038 psi = 29.53 inHg
1 dbar = 0.1 bar = 10 kPa = 100,000 dyn/cm2
1 cbar = 0.01 bar = 1 kPa
1 mbar = 0.001 bar = 0.1 kPa = 1 hPa (hectopascal) = 1,000 dyn/cm2
Example conversion: 1 atm pressure = 1.01325 bar = 1.01325 x 105 Pa = 1.01325 x 105 N/m2
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