305 hp
The 350 was not offered in the RS.It could only be had in the Z28 unless it wasa B4C police package car which was a Z28 with RS trim.
Unless you value rarity above all else, perhaps - otherwise it's not worth anymore than a standard Z28.
The oxidation state of boron in B4C is +3. Each boron atom in B4C contributes 3 electrons to form B4C, while the carbon atoms each contribute 4 electrons.
in your glove box it will have B4C listed along with all the other options.
The chemical formula for boron carbide is B4C.
Yes , the 350 LT-1 has been used in Camaros as well as the Z28, B4C and SS versions . (A remarkable engine for a short-block .) 350 LT-1
594
Boron carbide (B4C) is not a metal. B4C is used as an extremely hard coating or tips for drills and other cutting tools.
in your glove box it will have B4C listed along with all the other options.
B4C
If we are referring to factory built, original equipment cars, two 1992 RS camaro's were recorded doing a top speed of over 150mph by the Michigan State police during police car testing. The vehicles in the test were optioned with the B4C "special service package" which included either a 5.0 liter TPI V8 with a five speed manual transmission or the 5.7 liter TPI automatic transmission. Both drivetrains were available in the civilian Z28 version and likely were capable of doing the same speeds in those cars. The automatic edged out the manual by only a couple of MPH topping out at I believe 155. For non-stock vehicles, there have been a few vehicles built to hit the 200 MPH range with major drivetrain modifications...let's not try any of this on a public highway though, please....
The formula for boron carbide is B4C because it follows the principle of charge neutrality in ionic compounds. Boron typically forms 3+ cations (B3+), while carbon forms 4- anions (C4-). To balance the charges, you need four boron atoms (4 x 3+ = 12+) to match the charge of three carbon atoms (3 x 4- = 12-), resulting in the formula B4C. If it were B4C3, the charges would not balance correctly, leading to an incorrect formula.