a) 1,3-Diisopropylurea is a relatively small, very hydrophobic molecule. Suppose that the [1.3- diisopropylurea] outside of a cell is 5*10-° M, and the [1,3-diisopropylurea] inside the cell is 2*10-5 M. If the diisopropylurea were to move out of the cell, what transport process would be used? Circle the correct answer from the list below. 9) - Active transport: receptor mediated endocytosis - Passive transport: simple diffusion %3D - Passive transport: osmosis - Active transport: protein pumps proog - Active transport: phagocytosis - Passive transport: facilitated diffusion - Active transport: pinocytosis b) In terms of rate of transport of a molecule across a membrane, what is the difference betwee passive and active transport? tassive tranport is the movement a concentration gradient ronm higher to lower concentr without the use QP huolecules down ene Active transport is the movement of molecules over a concentraleon gradient concentration with the we బూబ ర active transport is of energy In terms of rate of transport, faster than passive tranport because ఇ the ATP IS Used in adwe transport, therefore the movement is
a) 1,3-Diisopropylurea is a relatively small, very hydrophobic molecule. Suppose that the [1.3- diisopropylurea] outside of a cell is 5*10-° M, and the [1,3-diisopropylurea] inside the cell is 2*10-5 M. If the diisopropylurea were to move out of the cell, what transport process would be used? Circle the correct answer from the list below. 9) - Active transport: receptor mediated endocytosis - Passive transport: simple diffusion %3D - Passive transport: osmosis - Active transport: protein pumps proog - Active transport: phagocytosis - Passive transport: facilitated diffusion - Active transport: pinocytosis b) In terms of rate of transport of a molecule across a membrane, what is the difference betwee passive and active transport? tassive tranport is the movement a concentration gradient ronm higher to lower concentr without the use QP huolecules down ene Active transport is the movement of molecules over a concentraleon gradient concentration with the we బూబ ర active transport is of energy In terms of rate of transport, faster than passive tranport because ఇ the ATP IS Used in adwe transport, therefore the movement is
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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![a) 1,3-Diisopropylurea is a relatively small, very hydrophobic molecule. Suppose that the [1.3-
diisopropylurea] outside of a cell is 5*10-° M, and the [1,3-diisopropylurea] inside the cell is
2*10-5 M. If the diisopropylurea were to move out of the cell, what transport process would be
used? Circle the correct answer from the list below.
9)
- Active transport: receptor mediated endocytosis
- Passive transport: simple diffusion
%3D
- Passive transport: osmosis
- Active transport: protein pumps
proog
- Active transport: phagocytosis
- Passive transport: facilitated diffusion
- Active transport: pinocytosis
b) In terms of rate of transport of a molecule across a membrane, what is the difference betwee
passive and active transport?
tassive tranport is the movement
a concentration gradient ronm higher to lower concentr
without the use
QP huolecules down
ene
Active transport is the movement of molecules over
a concentraleon gradient
concentration with the we
బూబ
ర
active transport is
of energy
In terms of rate of transport,
faster than passive tranport
because
ఇ
the ATP
IS Used in adwe transport, therefore the movement
is](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd18a0343-d329-4225-8570-2d4f00f74874%2F292180a6-8607-4b27-bec0-0db87ad31e7a%2Ff1d1apf.jpeg&w=3840&q=75)
Transcribed Image Text:a) 1,3-Diisopropylurea is a relatively small, very hydrophobic molecule. Suppose that the [1.3-
diisopropylurea] outside of a cell is 5*10-° M, and the [1,3-diisopropylurea] inside the cell is
2*10-5 M. If the diisopropylurea were to move out of the cell, what transport process would be
used? Circle the correct answer from the list below.
9)
- Active transport: receptor mediated endocytosis
- Passive transport: simple diffusion
%3D
- Passive transport: osmosis
- Active transport: protein pumps
proog
- Active transport: phagocytosis
- Passive transport: facilitated diffusion
- Active transport: pinocytosis
b) In terms of rate of transport of a molecule across a membrane, what is the difference betwee
passive and active transport?
tassive tranport is the movement
a concentration gradient ronm higher to lower concentr
without the use
QP huolecules down
ene
Active transport is the movement of molecules over
a concentraleon gradient
concentration with the we
బూబ
ర
active transport is
of energy
In terms of rate of transport,
faster than passive tranport
because
ఇ
the ATP
IS Used in adwe transport, therefore the movement
is
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