2.1.1 Cell Structure

Frage 1 von 15

1

Magnification - the ability to distinguish two points as separate

Wähle eins der folgenden:

WAHR
FALSCH

Erklärung

Frage 2 von 15

1

Magnification - How many times bigger an image is than the actual specimen

Wähle eins der folgenden:

WAHR
FALSCH

Erklärung

Frage 3 von 15

1

Resolution - the ability to distinguish two points as separate

Wähle eins der folgenden:

WAHR
FALSCH

Erklärung

Frage 4 von 15

1

Resolution - How many times bigger an image is than the actual specimen

Wähle eins der folgenden:

WAHR
FALSCH

Erklärung

Frage 5 von 15

1

Structure and ultrastructure of prokaryotes

Wähle eine oder mehr der folgenden:

Circular DNA
Linear DNA
No nucleus (free DNA)
Nucleus
Many membrane-bound organelles
Lack of membrane-bound organelles

Erklärung

Frage 6 von 15

1

Structure and ultrastructure of eukaryotes

Wähle eine oder mehr der folgenden:

Circular DNA
Linear DNA
No nucleus (free DNA)
Nucleus
Lack of membrane-bound organelles
Many membrane-bound organelles

Erklärung

Frage 7 von 15

10

Klicke auf jeden orangenen Punkt und wähle die korrekte Antwort.

Name the organelle in the animal cell

{"2.18818_1.68634":[{"id":19941249,"answer":"Nucleolus","x":2.18818,"y":1.68634},{"id":19941250,"answer":"Rough ER","x":2.18818,"y":1.68634},{"id":19941251,"answer":"Smooth ER","x":2.18818,"y":1.68634},{"id":19941252,"answer":"Cell wall","x":2.18818,"y":1.68634},{"id":19941253,"answer":"Cell membrane","x":2.18818,"y":1.68634},{"id":19941254,"answer":"Golgi apparatus","x":2.18818,"y":1.68634},{"id":19941255,"answer":"Ribosome","x":2.18818,"y":1.68634},{"id":19941256,"answer":"Mitochondria","x":2.18818,"y":1.68634}],"0.704322_20.4047":[{"id":19941257,"answer":"Cytoplasm","x":0.704322,"y":20.4047},{"id":19941258,"answer":"Ribosomes","x":0.704322,"y":20.4047},{"id":19941259,"answer":"Mitochondria","x":0.704322,"y":20.4047},{"id":19941260,"answer":"Lysosome","x":0.704322,"y":20.4047},{"id":19941261,"answer":"Centriole","x":0.704322,"y":20.4047},{"id":19941262,"answer":"Smooth ER","x":0.704322,"y":20.4047}],"-0.170952_32.715":[{"id":19941263,"answer":"Centriole","x":-0.170952,"y":32.715},{"id":19941264,"answer":"Ribosomes","x":-0.170952,"y":32.715},{"id":19941265,"answer":"Mitochondria","x":-0.170952,"y":32.715},{"id":19941266,"answer":"Lysosomes","x":-0.170952,"y":32.715},{"id":19941267,"answer":"Rough ER","x":-0.170952,"y":32.715}],"0.92314_56.8297":[{"id":19941268,"answer":"Nuclear envelope","x":0.92314,"y":56.8297},{"id":19941269,"answer":"Nucleolus","x":0.92314,"y":56.8297},{"id":19941270,"answer":"Vacuole","x":0.92314,"y":56.8297},{"id":19941271,"answer":"Centriole","x":0.92314,"y":56.8297},{"id":19941272,"answer":"Smooth ER","x":0.92314,"y":56.8297},{"id":19941273,"answer":"Lysosome","x":0.92314,"y":56.8297},{"id":19941274,"answer":"Nucleus","x":0.92314,"y":56.8297}],"0.704322_68.2968":[{"id":19941275,"answer":"Rough ER","x":0.704322,"y":68.2968},{"id":19941276,"answer":"Smooth ER","x":0.704322,"y":68.2968},{"id":19941277,"answer":"Golgi apparatus","x":0.704322,"y":68.2968},{"id":19941278,"answer":"mitochondria","x":0.704322,"y":68.2968},{"id":19941279,"answer":"Lysosome","x":0.704322,"y":68.2968}],"92.1704_1.51771":[{"id":19941286,"answer":"Rough ER","x":92.1704,"y":1.51771},{"id":19941287,"answer":"Smooth ER","x":92.1704,"y":1.51771},{"id":19941288,"answer":"Golgi apparatus","x":92.1704,"y":1.51771},{"id":19941289,"answer":"Lysosome","x":92.1704,"y":1.51771}],"17.3345_98.6509":[{"id":19941280,"answer":"Centriole","x":17.3345,"y":98.6509},{"id":19941281,"answer":"Lysosome","x":17.3345,"y":98.6509},{"id":19941282,"answer":"Vacuole","x":17.3345,"y":98.6509},{"id":19941283,"answer":"Mitochondria","x":17.3345,"y":98.6509},{"id":19941284,"answer":"Ribosome","x":17.3345,"y":98.6509},{"id":19941285,"answer":"Golgi apparatus","x":17.3345,"y":98.6509}],"98.0785_23.6088":[{"id":19941290,"answer":"Lysosome","x":98.0785,"y":23.6088},{"id":19941291,"answer":"Ribosome","x":98.0785,"y":23.6088},{"id":19941292,"answer":"Mitochondria","x":98.0785,"y":23.6088},{"id":19941293,"answer":"Golgi apparatus","x":98.0785,"y":23.6088},{"id":19941294,"answer":"Centriole","x":98.0785,"y":23.6088}],"98.0785_40.3035":[{"id":19941295,"answer":"Nuclear envelope","x":98.0785,"y":40.3035},{"id":19941296,"answer":"Nucleolus","x":98.0785,"y":40.3035},{"id":19941297,"answer":"Nucleus","x":98.0785,"y":40.3035},{"id":19941298,"answer":"Cell membrane","x":98.0785,"y":40.3035},{"id":19941299,"answer":"Chloroplast","x":98.0785,"y":40.3035},{"id":19941300,"answer":"Mitochondria","x":98.0785,"y":40.3035}],"96.9844_53.1197":[{"id":19941301,"answer":"Smooth ER","x":96.9844,"y":53.1197},{"id":19941302,"answer":"Rough ER","x":96.9844,"y":53.1197},{"id":19941303,"answer":"Ribosome","x":96.9844,"y":53.1197},{"id":19941304,"answer":"Vesicle","x":96.9844,"y":53.1197},{"id":19941305,"answer":"Golgi apparatus","x":96.9844,"y":53.1197}]}

Erklärung

Frage 8 von 15

1

Klicke auf jeden orangenen Punkt und wähle die korrekte Antwort.

Name the organelle in the plant cell

{"15.6819_29.2191":[{"id":19941439,"answer":"Cell membrane","x":15.6819,"y":29.2191},{"id":19941440,"answer":"Cell wall","x":15.6819,"y":29.2191},{"id":19941441,"answer":"Cytoplasm","x":15.6819,"y":29.2191},{"id":19941442,"answer":"Vacuole","x":15.6819,"y":29.2191}],"41.013_1.51134":[{"id":19941402,"answer":"Rough ER","x":41.013,"y":1.51134},{"id":19941403,"answer":"Golgi apparatus","x":41.013,"y":1.51134},{"id":19941404,"answer":"Smooth ER","x":41.013,"y":1.51134},{"id":19941405,"answer":"Chloroplast","x":41.013,"y":1.51134}],"1.60906_56.927":[{"id":19941435,"answer":"Nucleolus","x":1.60906,"y":56.927},{"id":19941436,"answer":"Nucleus","x":1.60906,"y":56.927},{"id":19941437,"answer":"Vacuole","x":1.60906,"y":56.927},{"id":19941438,"answer":"Large central vacuole","x":1.60906,"y":56.927}],"61.2117_0.0":[{"id":19941406,"answer":"Nucleolus","x":61.2117,"y":0.0},{"id":19941407,"answer":"Nucleus","x":61.2117,"y":0.0},{"id":19941408,"answer":"Nuclear envelope","x":61.2117,"y":0.0},{"id":19941409,"answer":"Large central vacuole","x":61.2117,"y":0.0},{"id":19941410,"answer":"Ribosome","x":61.2117,"y":0.0}],"80.7481_1.25945":[{"id":19941419,"answer":"Smooth ER","x":80.7481,"y":1.25945},{"id":19941420,"answer":"Ribosome","x":80.7481,"y":1.25945},{"id":19941421,"answer":"Rough ER","x":80.7481,"y":1.25945},{"id":19941422,"answer":"Golgi apparatus","x":80.7481,"y":1.25945}],"97.6356_14.6096":[{"id":19941415,"answer":"Ribosome","x":97.6356,"y":14.6096},{"id":19941416,"answer":"Mitochondria","x":97.6356,"y":14.6096},{"id":19941417,"answer":"Chloroplast","x":97.6356,"y":14.6096},{"id":19941418,"answer":"Cellulose","x":97.6356,"y":14.6096}],"11.0462_99.2443":[{"id":19941443,"answer":"Cell membrane","x":11.0462,"y":99.2443},{"id":19941444,"answer":"Cellulose cell wall","x":11.0462,"y":99.2443},{"id":19941445,"answer":"Peptidoglycan cell wall","x":11.0462,"y":99.2443},{"id":19941446,"answer":"Cytoplasm","x":11.0462,"y":99.2443}],"99.6223_40.3023":[{"id":19941411,"answer":"Cellulose cell wall","x":99.6223,"y":40.3023},{"id":19941412,"answer":"Peptidoglycan cell wall","x":99.6223,"y":40.3023},{"id":19941413,"answer":"Cell membrane","x":99.6223,"y":40.3023},{"id":19941414,"answer":"Large central vacuole","x":99.6223,"y":40.3023}],"48.2978_96.9773":[{"id":19941431,"answer":"Lysosome","x":48.2978,"y":96.9773},{"id":19941432,"answer":"Ribosome","x":48.2978,"y":96.9773},{"id":19941433,"answer":"Chloroplast","x":48.2978,"y":96.9773},{"id":19941434,"answer":"Mitochondria","x":48.2978,"y":96.9773}],"98.4634_65.995":[{"id":19941423,"answer":"Smooth ER","x":98.4634,"y":65.995},{"id":19941424,"answer":"Rough ER","x":98.4634,"y":65.995},{"id":19941425,"answer":"Vesicle","x":98.4634,"y":65.995},{"id":19941426,"answer":"Golgi apparatus","x":98.4634,"y":65.995}],"88.5296_98.4887":[{"id":19941427,"answer":"Mitochondria","x":88.5296,"y":98.4887},{"id":19941428,"answer":"Chloroplast","x":88.5296,"y":98.4887},{"id":19941429,"answer":"Lysosome","x":88.5296,"y":98.4887},{"id":19941430,"answer":"Ribosome","x":88.5296,"y":98.4887}]}

Erklärung

Frage 9 von 15

1

Magnification formula - which is correct?

Wähle eine der folgenden:

Magnification = image size X actual size
Magnification = actual size ÷ image size
Magnification = image size ÷ actual size

Erklärung

Frage 10 von 15

1

What is the correct order of organelles involved in the secretion of proteins?

Wähle eine der folgenden:

1. Made at mitochondria
2. RER excrete proteins
3. Travel to smooth ER in vesicles
4. Undergo modification at smooth ER
5. Vesicle fuses with plasma membrane and secretes the protein by endocytosis
1. Made at ribosomes
2. RER excrete proteins
3. Travel to golgi apparatus in vesicles
4. Undergo modification in golgi
5. Vesicle fuses with plasma membrane and secretes the protein by exocytosis
1. Made at ribosomes
2. RER excrete proteins
3. Travel to golgi apparatus in vesicles
4. Undergo modification in golgi
5. Vesicle fuses with plasma membrane and secretes the protein by endocytosis

Erklärung

Frage 11 von 15

3

Why is staining used in light microscopy?

Wähle eine oder mehr der folgenden:

Visualise cells/components
Support cells' organelles
Help maintain cells' shape
Increase contrast between cells/components
Help identify movement within the cell
Different stains bind to different specific cell components/types

Erklärung

Frage 12 von 15

4

What is the role of the cytoskeleton?

Wähle eine oder mehr der folgenden:

To help visualise cells/components
Support cell
Increase contrast
Strengthen/maintain shape of cell
Identity different structures within the cell
Movement of materials within the cell
Movement of the cell

Erklärung

Frage 13 von 15

1

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Light microscope - Fill in the blanks

Erklärung

Frage 14 von 15

1

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Transmission electron microscope - fill in the blanks

Erklärung

Frage 15 von 15

1

	Erstellt von Jessica Onyett vor fast 9 Jahre

AS - Level Biology Quiz am 2.1.1 Cell Structure, erstellt von Jessica Onyett am 21/11/2017.

2.1.1 Cell Structure

2.1.1 Cell Structure

Frage 1 von 15

Magnification - the ability to distinguish two points as separate

Wähle eins der folgenden:

Erklärung

Frage 2 von 15

Magnification - How many times bigger an image is than the actual specimen

Wähle eins der folgenden:

Erklärung

Frage 3 von 15

Resolution - the ability to distinguish two points as separate

Wähle eins der folgenden:

Erklärung

Frage 4 von 15

Resolution - How many times bigger an image is than the actual specimen

Wähle eins der folgenden:

Erklärung

Frage 5 von 15

Structure and ultrastructure of prokaryotes

Wähle eine oder mehr der folgenden:

Erklärung

Frage 6 von 15

Structure and ultrastructure of eukaryotes

Wähle eine oder mehr der folgenden:

Erklärung

Frage 7 von 15

Klicke auf jeden orangenen Punkt und wähle die korrekte Antwort.

Name the organelle in the animal cell

Erklärung

Frage 8 von 15

Klicke auf jeden orangenen Punkt und wähle die korrekte Antwort.

Name the organelle in the plant cell

Erklärung

Frage 9 von 15

Magnification formula - which is correct?

Wähle eine der folgenden:

Erklärung

Frage 10 von 15

What is the correct order of organelles involved in the secretion of proteins?

Wähle eine der folgenden:

Erklärung

Frage 11 von 15

Why is staining used in light microscopy?

Wähle eine oder mehr der folgenden:

Erklärung

Frage 12 von 15

What is the role of the cytoskeleton?

Wähle eine oder mehr der folgenden:

Erklärung

Frage 13 von 15

Klicke auf jeden orangenen Punkt und wähle die korrekte Antwort.

Light microscope - Fill in the blanks

Erklärung

Frage 14 von 15

Klicke auf jeden orangenen Punkt und wähle die korrekte Antwort.

Transmission electron microscope - fill in the blanks

Erklärung

Frage 15 von 15

Klicke auf jeden orangenen Punkt und wähle die korrekte Antwort.

Scanning electron microscope - Fill in the blanks

Erklärung