Q: You can connect both laptops using a wireless connection, or you can connect both laptops to a LAN port on your modem or router using an Ethernet cable. Use the laptop that you want to connect to. It has an icon that resembles a folder with a blue clip. You can either find it in the taskbar at the bottom of the screen or in the Windows Start menu. It's at the bottom of File Explorer in the menu bar to the left. This displays shared files and folders on the network. The computer's network address should be \\[computer name]. Replace "[computer name]" with the name of the computer you want to access. It can be a Mac or Windows computer. The computer you are trying to access must be powered on, logged in to and connected to the network. You'll need to enter the username and password for the computer you want to access. Then you should see all shared files and folders from the other computer.
A: Connect both laptops to your network. Open File Explorer  on the second laptop. Click Network. Enter the network address for the computer you want to access. Enter the username and password and press ↵ Enter.

Q: Water warts appear as pink colored, dome-shaped lumps, which can appear anywhere on the body. The warts tend to grow in clusters, leading to pear or dome shaped clumps.  The most characteristic feature of water warts is that they have a visible hole or point right in the center. The medical term for this is "central umbilication". Water warts should not feel painful, but the virus may trigger an immune response, causing the wart and the surrounding skin to feel itchy. The water wart virus is contagious, meaning it can easily be transmitted from one person to another.  The water wart virus can be transmitted through fomites (inanimate objects capable of carrying infectious organisms) such as towels, bedsheets, doorknobs, clothing, etc. The virus may also be transmitted through sexual contact. The water wart virus can also spread from one part of your body through the other, via auto-inocculation. This happens when you scratch or touch an existing wart, and then touch other parts of your body, causing multiple lesions. This common viral disease has a higher incidence in:   Children: Children are particularly susceptible to auto-inoculation, and may have widespread clusters of lesions. The water wart virus spreads most easily through direct skin-to-skin contact, but kids can get it by touching objects that have the virus on them, such as toys, clothing, towels, and bedding. It can also spread in water, so kids often get water warts from swimming in a public pool.   Sexually active adults. Water wart infections are often transmitted through sexual intercourse and affect the genitals, buttocks, lower abdomen and inner thighs. In rare cases, infections are also found on the lips, mouth and eyelids.  People with immune deficiencies: People whose immune systems have been weakened by HIV, cancer treatment, or long-term steroid use are more vulnerable to infection by the water wart virus. Since water warts are contagious and can spread to other body parts, an infected person should follow a number of precautions to prevent the water warts from spreading or being transmitted to another person:  Try to cover each growth with clothing or a watertight bandage, especially before participating in activities in which equipment is shared or skin contact can occur, like swimming and wrestling. Keep the areas with growths clean and change each bandage daily or when it becomes dirty. Do not scratch or rub water wart growths, and regularly wash your hands with antibacterial soap. Do not shave over areas that have bumps, as the razor could easily spread the virus from one part of the body to the other.
A: Recognize what water warts look and feel like. Understand how water warts are transmitted. Be aware if you are at risk of developing water warts. Take steps to prevent the spread of water warts.

Q: The manufacturer's part number should be listed on the case of the relay. Look up the applicable data sheet and determine the voltage and current requirements of the control coil. This also may be printed on the case of larger relays. A diode around the pole is often used to protect the logic circuitry from damage due to noise spikes. The diode will be shown on drawings as a triangle with a bar across one corner of the triangle. The bar will be connected to the input, or positive connection, of the control coil. This will also be available from the manufacturer's data sheet, or may be printed on the case of larger relays. Relays may have one or more poles, indicated in drawings by a single line switch connected to a pin of the relay.  Each pole may have a normally open (NO) and or normally closed (NC) contact. The drawings will indicate these contacts as connections with a pin on the relay.  The relay drawings will show each pole as either touching the pin, indicating a NC contact, or not touching the pin, indicating a NO contact. Use a digital multimeter (DMM) to test the resistance between each pole of the relay and the corresponding NC and NO contacts for that pole. All NC contacts should read 0 ohms to the corresponding pole. All NO contacts should read infinite resistance to the corresponding pole. Use an independent voltage source appropriate for the rating of the relay coil. If the relay coil is diode protected, make sure that the independent voltage source is connected with the proper polarity. Listen for a click when the relay is energized. Use a digital multimeter (DMM) to test the resistance between each pole of the relay and the corresponding NC and NO contacts for that pole. All NC contacts should read infinite resistance to the corresponding pole. All NO contacts should read 0 ohms to the corresponding pole.
A:
Determine the coil requirements of the relay. Find out if the control coil is diode protected. Assess the contact configuration of the relay. Test the de-energized condition of the relay contacts. Energize the relay. Check the energized condition of the relay contacts.