Ideally, you should use bowls or containers that will not be used for food. You can also use just 1 bowl or your sink, but you will have to empty, rinse, and refill it twice throughout the process. The bleach will open up the hair's cuticles and make it easier to detangle. It will also remove oils and dirt that have collected in the hair. Bleach can irritate skin, so you may want to wear rubber gloves as an extra precaution. Use a wide-toothed comb or a vent brush to slowly comb through the wig while it's in the bleach water. It should detangle easily. Be careful not to leave the wig in the bleach water for more than 3 minutes, as it may affect the color of the wig. This will clean the hair and help bring it back to a natural level of acidity after it interacts with the bleach. Move the wig around in the water for 1-3 minutes to get the bleach out and work the shampoo in. The ammonia will help neutralize what's left of the bleach in your wig. Use a wide-toothed comb or vent brush to gently comb through the wig for 1-2 minutes while it's in the ammonia water. Hold the wig so that the bottom of the cap, or the part that will touch your head, is facing up. This will keep the hair falling downwards and prevent it from tangling while you rinse it.

Summary: Fill three bowls with 1 gallon (3.8l) of hot water each. Add 2 ounces (57g) of Clorox bleach to the first bowl. Submerge your wig in the bleach bowl and gently comb it for 3 minutes. Move the wig to the 2nd bowl and add 2 ounces (57g) of clarifying shampoo. Place the wig in the 3rd bowl and add 2 ounces (57g) of ammonia. Rinse the wig thoroughly with hot water in the sink.

Wedge a pry bar underneath the rock and balance it on a wooden block to gain leverage. Pry the rock loose, and use a shovel to remove dirt and other debris out from under from the rock. Tie a rope around an old tire, looping the rope through the hole in the middle. Then, cover the tire with a large piece of fabric, like an old sheet. The fabric will prevent the rock from getting wedged in the tire. Roll or lift the rock onto the tire, using a pry bar or ratchet hoist if necessary. Put on thick gloves and grab onto the rope that is tied to the tire. Use the rope, drag the tire and the rock to the desired location. Then, roll or lift the rock off of the tire into the spot you want it. You can use a pry bar or ratchet hoist if needed.

Summary: Pry the rock loose, if necessary. Move the rock onto a tire with a rope tied around it. Pull the rope attached to the tire to drag the rock.

When solid-state relays start to short, they will almost always fail. Solid-state relays should be checked with an ohmmeter across the normally open (N.O.) terminals when control power is off. The relays should be open, switched to OL, and closed (0.2 , the internal resistance of the ohmmeter) when control power is applied. You can further confirm that the relay is bad by taking a multi-meter, put it in diode test and checking across A1(+) and A2(-). The meter will apply a small voltage to make the semiconductor conduct and read that voltage on the screen. This will check the (typically NPN) transistor from the base(P) to the... emitter. If its bad, the meter will read 0 or OL, but if the relay is good it will read 0.7 for a silicon transistor (which almost all of them are) or 0.5 for a germanium transistor (which are relatively rare but not unheard of). Solid-state relays are easy to troubleshoot, cheap to replace and last a long time if they stay cool. Typically, new relays come in DIN rail packages and block mountings. There is also a special type of relay called an SCR that comes in two flavors for heating wires and IR lamps and ovens, usually for exquisite process temperature control. This is basically a fast switch on a much faster switch that can turn off and on, which fail often due to temperature fluctuations.

Summary: Use an ohmmeter to check solid-state relays. Use a multi-meter in diode-test mode to confirm your findings. Keep SSRs cool.

Do this by clicking on the shortcut icon on your desktop. Upon opening the program, you can choose between tabs in the top portion of the window. " You should be taken to a screen that will let you initiate the scan. Malwarebytes will then prompt you to select which drive on your computer to scan. Choose the drive you installed Chrome on, as well as the system files. This is typically drive C:, but you can scan all your drives to be thorough. Click the "Scan" button to begin searching for viruses to obliterate. Just wait for the scanning to finish. Upon finishing, the software will ask you what actions to take regarding any threats detected. You can select the action by clicking the drop-down menu for each detected threat under the Action column. Choose "Quarantine All" in the lower-left corner of the window to set the action for all threats to quarantine. This will remove the threats from the drive and store them in an isolated location where they cannot interact with your system files. You can delete a threat by selecting "Delete" from the drop-down menu under the Action column. Click on "Apply" and the software will perform the actions you assigned to each threat. Just hitting the X button in the upper-right corner of the software's window. Once the antivirus program is closed, you can restart your computer.
Summary: Launch Malwarebytes. Select "Scan. Select a drive to scan. Start scanning. Select an action. Apply the action selected. Close the software and restart the computer.