weeweeweewee
medial
DNA is double helix and rna is single stranded and twisted
An east orientation was commonplace during the Middle Ages when European cartographers, guided by Christianity, oriented their maps towards the direction the sun rises and the direction of Paradise. Southern orientation (with south at the top) was common among early Arab cartographers.
By writing "L-lactate" you basically answered your own question, yes, it is. It is the "left oriented" lactate :)
Which is the effect of having the polar and nonpolar ends of phospholipid molecules oriented as they are in this illustration?
Yes. Technically they need to be two individual strands of a double-stranded molecule and not single-stranded molecules in order to be called antiparallel.
Disorganised is the opposite of detail oriented.
The opposite of detail-oriented could be 'disorganised'
The opposite of a column (which is a vertically oriented sequence) is a row (which is a horizontally oriented sequence).
Anti-parallel means the sides of the DNA double helix.
When polar molecules are placed between oppositely charged metal plates they will align themselves. They align in the direction of the field.
"Orientation" is a noun, meaning the direction something is pointed. "Oriented" is a verb form and adjective meaning pointed that way. "Detail-oriented" means pointed in the direction of detail, concerned with detail. "He has a detail-oriented approach" means he concerns himself with details. "Detail orientation" means the direction the detail is pointed, not perhaps a very useful phrase, since detail is rarely pointed in any direction.
Starch and cellulose are both polymers built from glucose, but the glucose molecules are arranged differently in each case. Having different arrangements means that starch and cellulose are different compounds. They serve different functions in the plants that make them. Your body also uses starch very differently from the way it uses cellulose.
uranus
Disorganised is the opposite of detail oriented.
medial
Water does not behave exactly like an ideal gas because water is a polar molecule. And, the polar molecules of water, if properly oriented in space, have strong attraction to one another, and may form a hydrogen bond and condense back into liquid form. Also, when a gaseous water molecule has a collision with liquid water, if it is oriented in the right way (i.e. an oxygen atom comes into contact with a hydrogen atom), it will move back into the liquid phase. So, because water molecules move back into the liquid phase much more easily than ideal gas molecules, water vapor does not behave exactly as an ideal gas would.