Cell Membrane, Transport, Cellular Respiration & Photosynthesis Quiz

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Membrane, energy & photosynthesis

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Raima Rehman

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Cell Membrane, Transport, Cellular Respiration & Photosynthesis Quiz


Cell Membrane, Transport, Cellular Respiration & Photosynthesis QuizOnline version Membrane, energy & photosynthesis by Raima Rehman 1 The cell membrane is best described as a: a A. Solid wall b B. Semipermeable phospholipid bilayer c C. Fully open barrier d D. Protein-only layer 2 Passive transport moves substances: a A. From low concentration to high concentration b C. Using ATP energy c B. From high concentration to low concentration d D. Through mitochondria 3 Which type of passive transport moves water across a membrane? a B. Facilitated diffusion b D. Active transport c A. Diffusion d C. Osmosis 4 Facilitated diffusion requires: a C. Ribosomes b A. ATP c B. Protein channels d D. Mitochondria 5 Active transport moves substances: a B. Without energy b A. With the concentration gradient c D. Through diffusion only d C. Against the concentration gradient 6 What provides energy for active transport? a B. ATP b C. Oxygen c A. Glucose d D. Carbon dioxide 7 Passive transport requires energy. a False b True 8 Diffusion moves molecules from high concentration to low concentration. a True b False 9 Active transport moves substances against the concentration gradient. a True b False 10 Osmosis is the movement of water across a membrane. a True b False 11 In a hypertonic solution, water moves ______ the cell and the cell ______. a into; swells b out of; shrinks c into; shrinks d out of; swells 12 In a hypotonic solution, water moves ______ the cell and the cell ______. a into; swells b out of; swells c out of; shrinks d into; shrinks 13 In an isotonic solution, water moves ______ and the cell ______. a in one direction; changes shape b in both directions; stays the same c out of; shrinks d into; swells 14 What is cellular respiration? a The process by which cells convert oxygen into glucose b The breakdown of proteins for energy c The process by which plants make food from sunlight d The process by which cells convert glucose and oxygen into ATP, carbon dioxide, and water 15 Where does glycolysis occur? a Mitochondrial matrix b Cytoplasm c Mitochondrial inner membrane d Nucleus 16 Where does the Krebs cycle occur? a Cytoplasm b Mitochondrial inner membrane c Mitochondrial matrix d Nucleus 17 Where does the electron transport chain occur? a Cytoplasm b Inner mitochondrial membrane c Nucleus d Mitochondrial matrix 18 What goes into glycolysis? a Fatty acids b Oxygen c Glucose (and NAD+, ADP) d DNA 19 What are the main outputs of glycolysis? a Water and carbon dioxide b 2 pyruvate, 2 ATP, 2 NADH c 4 ATP and 2 NADH d Glucose and oxygen 20 What goes into the electron transport chain? a NADH, FADH2, O2, ADP b Glucose and oxygen c ATP and CO2 d Pyruvate and NAD+ 21 What are the outputs of the electron transport chain? a ATP, NAD+, FAD, H2O b O2 and water c CO2 and NADH d Glucose and CO2 22 How many ATP are produced during glycolysis? a 0 b 38 c 4 d 2 23 How many ATP are produced during the Krebs cycle? a 2 b 4 c 28 d 6 24 How many ATP are produced during the electron transport chain? a 34 b 2 c 4 d 28 25 What is photosynthesis? a The process by which animals convert food into energy b The process by which plants convert light energy into chemical energy c The breakdown of glucose for energy d The process by which plants breathe in carbon dioxide 26 Where do the light reactions occur? a Thylakoid membranes of chloroplasts b Stroma c Mitochondrial matrix d Nucleus 27 What important molecules are produced in the light reactions? a Glucose and O2 b ATP, NADPH, and O2 c ADP, NADP+, and CO2 d ATP and CO2 28 Where does the Calvin Cycle (dark reactions) occur? a Thylakoid membranes b Mitochondrial matrix c Nucleus d Stroma 29 What is the main goal of the Calvin Cycle? a Break down glucose for energy b Synthesize glucose from CO2 using ATP and NADPH c Produce O2 from CO2 d Generate ATP directly from light energy 30 What structures contain chlorophyll and carry out the light reactions? a Chloroplasts (thylakoid membranes) b Nucleus c Mitochondria d Ribosomes

Cell Membrane, Transport, Cellular Respiration & Photosynthesis Quiz

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Cell Membrane, Transport, Cellular Respiration & Photosynthesis QuizOnline version

by Raima Rehman

The cell membrane is best described as a:

Passive transport moves substances:

Which type of passive transport moves water across a membrane?

Facilitated diffusion requires:

Active transport moves substances:

What provides energy for active transport?

Passive transport requires energy.

Diffusion moves molecules from high concentration to low concentration.

Active transport moves substances against the concentration gradient.

Osmosis is the movement of water across a membrane.

In a hypertonic solution, water moves ______ the cell and the cell ______.

In a hypotonic solution, water moves ______ the cell and the cell ______.

In an isotonic solution, water moves ______ and the cell ______.

What is cellular respiration?

Where does glycolysis occur?

Where does the Krebs cycle occur?

Where does the electron transport chain occur?

What goes into glycolysis?

What are the main outputs of glycolysis?

What goes into the electron transport chain?

What are the outputs of the electron transport chain?

How many ATP are produced during glycolysis?

How many ATP are produced during the Krebs cycle?

How many ATP are produced during the electron transport chain?

What is photosynthesis?

Where do the light reactions occur?

What important molecules are produced in the light reactions?

Where does the Calvin Cycle (dark reactions) occur?

What is the main goal of the Calvin Cycle?

What structures contain chlorophyll and carry out the light reactions?

In a hypertonic solution, water moves the cell and the cell .

In a hypotonic solution, water moves the cell and the cell .

In an isotonic solution, water moves and the cell .