Connect the other end of the positive cable to the positive battery terminal on the booster auto. If the terminals are corroded on any auto, you might have to rub them with an abrasive such as steel wool to accomplish a solid connection.

Attach the negative wire end to the negative battery terminal on the booster auto. Finally, fasten the other end of the negative wire to an unpainted metal surface on the engine of the dead vehicle. Look for a an bear metal bolt or bracket that is as far from the dead battery as possible. This will provide a firm ground while further reducing the possibility of igniting any hydrogen gas.

Do a last test to validate that the jumper wires are not close to any moving engine parts, and launch the booster vehicle. Let it idle for some minutes, depending on the state of the dead battery. If the dead battery is new and was used by the lights being left on an extended interval, it will most likely start instantly. If it is an older battery or it has sat for a long time it will most likely take a moment to load it sufficently.

Start the dead car and allow the two cars idle for a couple of minutes. If the dead vehicle refuses to start, do not keep trying or you might destroy the starter. If there is the option of extra problems, like a lack of fuel, do not keep on trying to start the dead car until the other problems are solved.

As soon as the dead car is started and running easily, disconnect the jumper cables in the reverse order that they were connected. As you disconnect them, be careful not to let the floppy cables fall to the engine compartments or touch each other.

Drive the revived car to someplace safe and secure prior to shutting off the engine. Depending on the battery’s state, it might require to be jumped the next time it is started. To properly charge the battery, attach it to a certified battery charger and leave it joined for as a minimum 12 hours. You can as well take it to an automotive fix shop for full charging. Driving the car for an extended period can as well charge the battery, although this must be done only if the other two options are not available. A auto’s alternator is mainly intended to keep up a battery, not charge it from a full drain.

To do this, you will want a jack and tire iron from the trunk of your vehicle, as well as your spare. These commonly can be found hidden in various compartments or below the floor of the trunk. Look up your vehicle’s owners manual for the accurate location of these components.

For the sake of simplicity, we are going to asume that the front, driver’s side tire needs changing. The instructions work in the same way with all other tires.

To start, check that your car is in park (gear for a manual transmission) with the parking brake engaged. Prior to lifting the car from the ground, take off the hubcap and use the tire iron to break the lug nuts free. You will be turning them counter-clockwise to loosen them. Do not take away them, just rotate them a little

After that, locate the jacking position under the vehicle. This will commonly be fairly visible but not every time. If you can not locate them, your owners manual will indicate precisely where the jacking points are on the car. Situate the jack beneath the lift position and raise the vehicle to where the tire is at least an inch from the ground. You want the further clearance to make sure that the wheel comes off without problems.

With the car in the air, fully take off the lugs from their studs. Place them someplace they won’t get lost, and take off the wheel from the auto. Make sure to rest the wheel on the side facing toward the center of the auto, else you would risk damaging the wheel’s finish.

Put the spare tire on the hub where the old wheel was and put the lugs on by hand. Do not use the tire iron just yet, just get the lugs so they’re securely on the threaded studs. It’s best to do this by hand to prevent cross-threading the studs. After you’ve ended this, start tightening them with the tire iron. By no means tighten the lugs in a circular pattern, instead tighten them in a star pattern. Not doing this will make the wheel to tighten to the hub crooked and can initiate a lot of problems, such as damage to the lug studs and early wear to suspension components.

You possibly will see that the wheel wants to spin as you’re tightening the lugs. Tighten them as much as you can with not spinning the wheel, and then drop the jack so that the auto’s weight is placed on the tire. Tighten the lugs with weight on the wheel avoiding it from turning. You should put a sufficient amount of force on the lugs, although do not go jumping on the tire iron.

When you have completed this, completely remove the jack from the auto and put it, the blown tire and wheel, and tire iron back in the trunk. Keep in mind that if you don’t possess a full-size spare, you must keep speeds and highway driving at a bare minimum, and each time have the tire replaced as quickly as possible.

If you’re looking to change worn tires on an older car, the choices can seem overwhelming. Spending some time exploring various designs and discovering a tire dealer you can have confidence in can help you get the most out of your investment.

When you buy a new set of tires, it’s acceptable to make price a significant consideration, but be sure to look for tires that supply the performance level you actually want. Otherwise, you may get tires that suit into your price goals but fail to make your car ride as well as it should.

Choosing the type.

There are several different types of tires from which to select:

All Season tire classification is a compromise between one developed for use on dry and wet roads in summer and one developed for use under winter conditions. The kind of rubber and the tread pattern finest matched for use in summer conditions cannot, for technical reasons, offer reliable performance on snow and ice. The all-season tire is a compromise, and is neither an first-rate summer tire nor an outstanding winter tire.

Touring designs are finest suited to sports automobiles. They offer improved handling but are not as versatile as all season tires.

High performance tires are calculated for use at higher speeds, and more frequent, a more “sporty” driving style. They introduce a softer rubber mix for improved traction, in particular on high speed cornering. The trade off of this softer rubber is shorter tread life.

Snow tires provide a wide tread pattern with “lugs” that penetrate the snow. A number of models give metal studs for additional grip in icy environment.

Choosing the size.

All the information on the face of tires can be confusing, but it pays to know what they mean. If you see a tire stamped with P185/65-R15 82S, for example, here’s what it means:

The P implies that it’s a passenger tire. If it had LT embossed on it instead, that would stand for a light truck.

The three-digit number that follows, such as 185, indicates the width of the tire in millimeters.

The next number, 65, is the fraction of sidewall height to width.

R indicates that it is a radial tire.

15 is the diameter of the tire in inches.

The tire’s load index, or how much weight it supports, is indicated by 82 (an random number).

The last letter, S, is the car’s speed rating. In this case, the tire is rated to a speed of 113 mph. An H rating means the tires are rated to 130 mph, and a Z rating denotes they’re safe up to 149 mph