Ford Probe

if its in good condition its about the best car your going to get, they may be old but they run amazing and they are cheep on gas, and huge engine for a small car, my ford probe has a truck engine in it, 3.0L V6

its a air temperature sensor it should be around your intake i don't know where on your car but mine was right under my trottle body next to my water temperature sensor

This site gave me some good information - all the wires seemed to match my '95 probe. http://www.aus-cartalk.com/probe/audio.htm

you un do the two bolts after lifting the dist cap off and the dist will come rite off from the head,then replace it be sure to set the new dist gear in the same pos as the old one

A 97 Ford Probe GT uses standard 9 inch size speakers. Owner's can upgrade these to larger or more powerful models as needed.

the water pump in a 2.0 engine is located behind the timing belt cover. the timing belt needs to be removed to be able to remove the pump. there are detailed instructions at www.autozone.com. they put their repair manuals on their site.

The wiring color code for the AC compressor on a Ford Probe typically includes a few standard colors: the power wire is often black or red, while the ground wire is usually black or brown. The signal wire may be green or blue, depending on the model year. It's important to consult a specific wiring diagram for your vehicle's year and model to ensure accuracy, as colors can vary. Always verify with a reliable service manual or electrical schematic for precise information.

To install a CD player in a 1990 Ford Probe, first, remove the existing radio by using a trim removal tool to detach the dashboard panel and unscrew the radio from its mounting. Next, connect the wiring harness adapter to the CD player's harness to ensure compatibility. Slide the CD player into the mounting bracket, secure it with screws, and reattach the dashboard panel. Finally, test the player to confirm proper operation before finishing up.

A radioactively labeled probe is made by attaching a radioactive isotope to a nucleic acid molecule, such as DNA or RNA, which is complementary to the target sequence of interest. This is typically done by incorporating the radioactive nucleotide during the synthesis of the probe or by labeling the probe post-synthesis through various chemical methods. The choice of isotope, such as phosphorus-32 or sulfur-35, depends on the specific application and detection requirements. After labeling, the probe can be used in techniques like hybridization to detect specific nucleic acid sequences in various biological samples.