No, "feels slippery" is a property of bases, not acids. Acids typically feel more caustic or acidic on the skin.
any base or my moms cooking
It could be soap, shampoo, or any other substance that contains surfactants, which reduce the surface tension of water and create a slippery feeling.
A compound that feels slippery is more likely to be a base, specifically a hydroxide compound. Bases can produce a soapy or slippery feeling when they come in contact with the skin because they react with oils and fats to form soap.
Bases typically feel slippery, while acids do not. This slippery feeling is due to the basic nature of the substance, which can interact with oils on the skin to form soap-like compounds.
You should use a natural mineral base.
An Acid is a substance that tastes sour and Base is a substance that tastes bitter and feels slippery.
A substance that feels slippery and produces hydroxide ions is called a base. Bases are known for their characteristic slippery texture and ability to neutralize acids.
No.
1. It tastes bitter.2. Feels slippery.3. Turns red litmus paper blue.a base is a substance that tastes bitter, feels slippery, and turns red litmus paper blue.
1. It tastes bitter.2. Feels slippery.3. Turns red litmus paper blue.a base is a substance that tastes bitter, feels slippery, and turns red litmus paper blue.
No, "feels slippery" is a property of bases, not acids. Acids typically feel more caustic or acidic on the skin.
An example of a reaction that feels warm is the neutralization reaction between an acid and a base, such as mixing vinegar (acid) with baking soda (base) to produce carbon dioxide gas, water, and a warm sensation due to the release of energy in the form of heat.
An Acid is a substance that tastes sour and Base is a substance that tastes bitter and feels slippery.
any base or my moms cooking
When a leopard gecko feels threatened, they do have the ability to close the cartalage at the base of their tails, dropping the tail.
The gain of a transister stage is determined by its biasing circuit design. The emitter of a transistor is affected by the input signal on the base. If the base forward biases the transistor, the emitter feels the potential of the colector. If the base reverse biases the transistor, the emitter is isolated from the collector and feels the potential of the emmiter biasing circuit. The output signal at the emmiter is representitive of the signal on the base, 180 degrees out of phase. The amplitude of the output signal will be larger, depending on the biasing circuit design.