Tools Of The Trade: Tattoo Art! Trivia Quiz

Electricity flows through the coils causing them to become magnetized. When an electric current passes through a coil, it creates a magnetic field around the coil. This magnetic field causes the coil to become magnetized, attracting or repelling other magnetic objects. Therefore, electricity is the correct answer as it is the flow of electric charges that generates the magnetic field and magnetizes the coils.

Glycerin is the most commonly used carrier agent in modern tattoo inks. It is a clear, odorless liquid that helps to dilute the pigments and maintain the consistency of the ink. Glycerin is preferred as a carrier agent because it is non-toxic, hypoallergenic, and has moisturizing properties, which can help to keep the skin hydrated during the tattooing process. Additionally, glycerin helps the ink to spread evenly and smoothly, allowing the tattoo artist to create precise and detailed designs.

The machine should be cleaned with a disinfectant solution because it is important to ensure that all parts of the machine are thoroughly cleaned and free from any bacteria or germs. Water alone may not be sufficient to remove all contaminants, and hydrogen peroxide may not be suitable for all types of machines. A disinfectant solution is specifically designed to kill harmful microorganisms and sanitize the machine effectively.

Green soap is the most common chemical used in the tattoo process. It is a type of soap that is specifically formulated for tattooing and is known for its antibacterial properties. Green soap helps to clean the skin before and during the tattooing process, removing dirt, oils, and bacteria. It is also used to dilute tattoo ink and to clean the tattooed area after the process is complete. Its gentle and effective formula makes it a popular choice among tattoo artists worldwide.

The tattoo needle typically goes into the skin at a depth of 2-3 mm. This depth ensures that the ink is deposited in the dermis layer of the skin, which is more stable and less likely to fade over time compared to the epidermis layer. Going deeper than 2-3 mm can cause excessive bleeding and damage to the skin, while going shallower may result in the ink not being properly retained.

The correct answer is that stacked Mag. needles are smaller because the needles are closer together. This means that the individual needles in a stacked Mag. needle are spaced more closely compared to a weaved Mag. needle. As a result, the stacked Mag. needle has a smaller overall size.

A standard size for a tattoo grip is 1/2 inch. This measurement refers to the diameter of the grip, which is the part of the tattoo machine that the artist holds onto while tattooing. Having a grip with a 1/2 inch diameter provides a comfortable and secure grip for the artist, allowing for better control and precision during the tattooing process.

A lighter armature bar would be chosen to make the liner tattoo machine run faster. This is because a lighter armature bar requires less force to move, allowing it to move more quickly. The lighter weight reduces the resistance and allows for a faster and smoother movement, resulting in faster tattooing.

The yoke on a tattoo machine is placed under the coils. The coils are an essential part of the machine that generate the electromagnetic force needed to move the needle. The yoke is responsible for holding the coils in place and ensuring their stability during operation. Placing the yoke under the coils allows for a secure and efficient setup, ensuring that the machine functions properly and the needle moves smoothly.

The optimal percentage of a duty cycle is 50-55%. This means that the active portion of the duty cycle should be around 50-55% of the total cycle time. A duty cycle is commonly used in electronics to control the power output of a device. It represents the ratio of time that the device is on (active) compared to the total time of one complete cycle. A duty cycle of 50-55% ensures a balanced distribution of on and off time, allowing for efficient operation and minimizing stress on the device.

Aluminum is not suggested to be used for making coils because it has a lower electrical conductivity compared to copper and iron. Copper and iron are commonly used for making coils due to their high electrical conductivity, which allows for efficient transfer of electrical energy. Aluminum, on the other hand, has a higher resistance to electrical flow, resulting in lower efficiency and potential overheating of the coil.

Bending the front spring at a 15-degree angle will provide the best results. This angle is likely to offer the optimal balance between flexibility and stability, allowing the spring to absorb shocks and vibrations effectively while still providing enough support for the vehicle. A 90-degree angle would be too rigid and could result in a harsh ride, while a 35-degree angle might be too flexible and compromise the stability of the vehicle.

After a tattoo is healed, the tattoo pigments remain liquid under the skin. This means that they do not harden or solidify. Instead, they continue to exist in a liquid state, allowing the tattoo to maintain its color and appearance. The pigments do not dye the fat cells either, as they are contained within the skin layers and do not penetrate deep enough to reach the fat cells.