LAB WEEK 1 Flashcards

1
Q

network is produced as a consequence of water’s highly-interlocked hydrogen-bonded structure

A

COHESIVE

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2
Q

makes water molecules attracted to other substances

A

ADHESION

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3
Q

Water is attracted to water

A

Cohesion

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4
Q

Water is attracted to other substances

A

ADHESION

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5
Q

Water is an excellent solvent because of its hydrogen-bonding potential and its

A

polar nature

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6
Q

Polar molecules occur when two atoms do not share electrons equally ina covalent bond

A

POLARITY

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7
Q

”water loving”

molecules capable of forming hydrogen bonds

PROTEINS and NUCLEIC ACIDS

A

HYDROPHILIC

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8
Q

”water fearing”

non-polar, non-ionic compounds

HYDROCARBONS

A

HYDROPHOBIC

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9
Q

”both hydrophobic and hydrophilic”

Hydrophilic HEAD and a Hydrophobic TAIL

FATTY ACIDS, DETERGENTS, and LIPIDS

A

AMPHIPATHIC

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10
Q

Movement of substances from a LOWER concentration to a HIGHER concentration

Requires energy (ATP)

uses enzymes as carriers

A

ACTIVE TRANSPORT

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11
Q

Movement of substances from a HIGHER concentration to a LOWER concentration

No energy is required

Osmosis, Diffusion, Facilitated Diffusion

A

PASSIVE TRANSPORT

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12
Q

is the transport of a solvent through a semipermeable membrane that separates two solutions of differing solute concentration.

A

Osmosis

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13
Q

During osmosis, the solvent moves from the solution that is

A

low in solute concentration to the solution that is high in solute concentration.

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14
Q

the ability of an extracellular solution to make water move into or out of a cell by osmosis

A

Tonicity

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15
Q

Solvent concentration outside the cell is GREATER THAN inside the cell which will cause water to MOVE OUT making the cells dehydrated thus the cells assuming a “crenated” or “shrunken” appearance

A

Hypertonic

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16
Q

Solvent concentration outside the cell is EQUAL to the concentration inside the cell which will cause water to EVENLY move in and out of the cell. Cells maintain their regular morphology.

A

Isotonic

17
Q

Solvent concentration outside the cell is LESS THAN the concentration inside the cell which will cause water to ENTER the cell. Excessive water inside the cell will make it appear “swollen” and will eventually burst.

A

Hypotonic

18
Q

a process wherein a solution of higher concentration of solute is pushed to an area with the lowest concentration of solutes via a semi-permeable membrane. The process, as it requires a “push”, needs energy to be facilitated.

A

Reverse Osmosis