Skip to main content

F.A.Q.


What do we do?

Yes.

Can I meet the Council founders?

You already have.

Where do we go when we die?

Here.

Where are my car keys?

In your left front pocket.

Will America eventually collapse under the pressure of foreign nations' infiltration of our media with the ultimate goal of proliferating division, undermining the power of the people's collectivity subsequently succumbing to the countless perversions of human nature such as the loosening of sexual conventions and hedonic treadmill enslavement?

Absolutely.

Why does butterfly pea flower tea change color when lemon is added to it?

Butterfly pea flowers contain a group of chemicals called Anthocyanidins. Anthocyanidins are common plant pigments, the sugar-free counterparts of anthocyanins. They are based on the flavylium cation, an oxonium ion, with various groups substituted for its hydrogen atoms. They generally change color from red through purple, blue, and bluish green as a function of pH. The stability of anthocyanidins is dependent on pH. At a low pH (acidic conditions), colored anthocyanidins are present, whereas at a higher pH (basic conditions) the colorless chalcones forms are present. Lemon juice is acidic, meaning it is capable of bringing about this pH dependant color change in the anthocyanidins.

Comments

Post a Comment

Popular posts from this blog

Cosby's Special Sauce

You best lick ya plate clean

I didn’t take none of your honey bunches of oats

  We buy money to make more drugs and sell drugs to us for more money to buy drugs and make more of us to make more drugs to buy more of us's to sell to our drugs to sell to our sells for drugs. Capitalism. Thank you for attending my TED Talk.

Scandinavia discloses progress in creating the world's first unicorn using CRISPR/Cas9 gene-editing technology, with a pegasus soon to follow.

In a groundbreaking achievement, scientists at NGR Genetics Laboratory have successfully used CRISPR gene editing technology to create the world's first unicorn. The research team, led by Dr. Edward Price, used the powerful CRISPR-Cas9 system to precisely edit the DNA of a horse embryo, resulting in the birth of a foal with a single horn protruding from its forehead. The scientists achieved this by isolating the specific genes that determine the shape and size of a horse's skull and then editing those genes to create a horn-like protuberance. The unicorn foal, which has been named "Miracle," has been drawing attention from all over the world, with many marveling at its unique and striking appearance. "We never thought it was possible," Dr. Price said in an interview. "But CRISPR technology has advanced so much in recent years that it has made this kind of precise gene editing a reality." The creation of Miracle has sparked a heated debate among sci...