if not manual convert to a manual use a dohc block and transmission with the stock sohc head it will give you higher compression then go with a mopar ecu and mopar cam a kirk lontube header you should be good
I had a 95 with the same motor in it that was right around 20-25PSI at idle.
Neon-20 is used for the same things as any other natural isotopes of neon. E.G. it is used to make neon lights and helium-neon lasers. Neon-20 isotopic concentration may be important for some geological or volcanlogic studies.
Yes it can. The engine is exactly the same except for the throttle body an intake. Just use the ones on the old engine.
The ratio of the average velocity of hydrogen molecules to neon atoms is the square root of the ratio of their molar masses. Since the molar mass of neon is about 20 times that of hydrogen, the average velocity of hydrogen molecules would be about √20 times faster than that of neon atoms.
The mass number of neon is 20. This indicates that neon has a total of 20 protons and neutrons in its nucleus.
No, a neon-22 atom has the same number of electrons as a neon-20 atom, which is 10 electrons. The difference between neon-22 and neon-20 lies in their number of neutrons, with neon-22 having 12 neutrons and neon-20 having 10 neutrons.
Neon is a gas at 20 degrees Celsius, regardless of the state it is in. Neon remains a gas at room temperature.
The mass number of a conventionally named isotope is the number after the hyphen; in this instance, 20.
2,400 robux for a neon Kitsune. You will need four kitsunes to make a neon, and each kitsune is 600 robux. And that will be about 20 dollars for four Kitsunes.
its 2. because its located in the 2nd period.
Haynes repair manual, Dodge Neon 2000 thru 2003. Book #30036 This book can answer almost any question and is a must if you work on your own car. Plus it's only $20. Makes life easy. I it is a SOHC your answer may be here... http://www.techknowman.com/Dodge%20Neon/Dodge%20Neon.htm
Neon at 20 degrees Celsius would be in a gaseous state. Neon naturally exists as a gas at room temperature and pressure.