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micro chapters 6-9

Total questions: 65

Worksheet time: 37mins

Name
Class
Date
1.

smallest elemental unit

(a)  

2.

neutrons

a)

no charge +

b)

+charge

c)

-charge

d)

ionic bonds

3.

protons have a (a)   charge

4.

electrons have a

a)

+chargen

b)

no charge

c)

-charge

d)

multiplied

5.

# of positive charges or protons (atomic number is the same number as the number of protons)

a)

peptide bonds

b)

ionic bonds

c)

carbohydrates

d)

atomic number

6.

(a)   holds amino acid together in proteins

7.

what binds sugar groups of carbohydrates together

a)

glyosidic bonds

b)

peptide bonds

c)

nucleic acid

d)

proton

8.

pH of blood is

a)

7-8

b)

7.35-7.45

c)

7.5-7.8

d)

8-9.2

9.

what forms when atoms share electrons

a)

carbohydrates

b)

atom

c)

covalent bonds

d)

nutrients

10.

what percentage is the cells mass of water

a)

90-100%

b)

80-90%

c)

70-80%

d)

50-60%

11.

ALL organisms require a what?

a)

negative and positive charge

b)

source of energy and a source of carbon

c)

fatty acids

d)

proton, electron and cation

12.

what contains carbon, hydrogen, and nitrogen

a)

radiation

b)

in vitro

c)

nucleic acids

d)

proteins

13.

what contains carbon, hydrogen, oxygen, and phosphorus

a)

mutation

b)

ionic bonds

c)

atom

d)

nucleic acid

14.

(a)   are building blocks of lipids

15.

DNA gene is innocent/alternated or out of sequence

a)

mutation

b)

moisture

c)

atomosphere

d)

cation

16.

what are building blocks of nucleic acid?

a)

mass number

b)

covalent bonds

c)

nucleotides

d)

lipids

17.

a proton has a (a)  

18.

a (a)   has a negative charge

19.

a (a)   has a positive charge and loses electrons

20.

what corresponds to the number of protons and the neutrons of the nucleus

a)

peptidoglycan

b)

mass number

c)

glucose

d)

osmotic

21.

(a)   are biological catalysts

22.

materials that organisms are unable to synthesize, but are required for building macromolecules and sustaining life and must be supplied for survival

a)

essential nutrients

b)

in vivo

c)

broad spectrum

d)

radiation

23.

glucose and oxygen are converted to what?

a)

water and sodium

b)

carbon dioxide and acids

c)

water and carbon dioxide

d)

acids and water

24.

end products of glycolysis is what?

a)

OIP

b)

enriched media

c)

thermal death point

d)

pyruvic acid

25.

conversion of pyruvic acid into an end product is the first step in what?

a)

acids

b)

glycolysis

c)

compounds

d)

organisms

26.

(a)   is a change in DNA molecule (genetic alteration) that is transmissible to offspring

27.

what uses a light as an energy source and carbon dioxide as a carbon source?

a)

photoautotrophs

b)

bactericidal spectrum

c)

proton

d)

mass number

28.

what uses chemicals as an energy source and organic compounds other than co2 as a carbon source

a)

fatty acids

b)

proteins

c)

chemoheterotrophs

d)

peptide bonds

29.

define vitro

a)

outside the body

b)

inside the body

c)

around the body

d)

on the side on the body

30.

define vivo

a)

around the body

b)

outside the body

c)

next to the body

d)

inside the body

31.

moisture = what?

a)

water

b)

salt

c)

acidic

d)

milk

32.

temperature refers to as what?

a)

thermophiles, nutrients, & moisture

b)

mesophiles, salts & water

c)

mesophiles, thermophiles, & psychrophilic

d)

mesophiles, thermophiles, & lipids

33.

pH = what?

a)

acidic & alkaline

b)

negative & positive

c)

up & down

d)

vitro & vivo

34.

osmotic pressure and salinity = what?

a)

negative & postiive

b)

hypotonic & hypertonic

c)

vivo & vitro

d)

hypotonic & glucose

35.

barometric pressure is what?

a)

anaerobic

b)

mutation

c)

temperature

d)

piezophiles

36.

aerobic, anaerobic, & capnophilic are what?

a)

salinity

b)

atmosphere

c)

lipids

d)

carbohydrates

37.

halophilic & haloduric = what?

a)

fatty acids

b)

broad spectrum

c)

multi drug

d)

salinity or salty environment

38.

building blocks and fatty acids are made up or what?

a)

nucleic acid

b)

proteins

c)

lipids

d)

cation

39.

bacteria multiply and form a colony (contains millions of cells)

a)

lipids

b)

growth curve

c)

generation time

d)

mutation

40.

bacteria multiply rapidly, doubling with each generation time

a)

atmosphere

b)

essential nutrients

c)

chemoheterotrophs

d)

logarithmic growth curve

41.

what is the different type of medium that turns pink medium yellow when it ferments?

a)

antagonism

b)

narrow spectrum

c)

mannitol salt agar

d)

homeostasis

42.

what incubator requires NO oxygen?

a)

bacteria

b)

viral

c)

autoclave

d)

aerobic incubator

43.

what is a liquid medium that supports growth of all categories of bacteria?

a)

thioglycolate broth (THIO)

b)

ideal antimicrobial

c)

antagonism

d)

broad spectrum

44.

(a)   promotes growth of fastidious organisms and contains a rich supply of special nutrients?

45.

ultrasonic waves do what?

a)

steam under pressure

b)

kill bacteria

c)

mechanically dislodges organic debris

d)

removes microbes

46.

hypotonic is (a)   outside the cell

47.

hypertonic is (a)   outside the cell

48.

define steam under pressure "pressure cooker"

a)

hypertonic

b)

salty acids

c)

peptide bond

d)

autoclave

49.

what destroys cells by x-ray, gamma rays, and UV rays?

a)

the sun

b)

cancer

c)

radiation

d)

tanning beds

50.

what requires aseptic/sterile technique?

a)

inoculation

b)

protozoa

c)

lipids

d)

hypotonic

51.

what does sterilization do?

a)

steams under pressure

b)

sits outside the cell

c)

causes cancer cells

d)

destruction of ALL microbes

52.

what requires another living organism to survive and multiply?

a)

chemostat

b)

salinity

c)

obligate intracellular pathogens (OIP)

d)

broad spectrum

53.

what is the lowest temp to kill microbes in pure culture within a specific time period?

a)

multi-drug therapy

b)

thermal death point

c)

generation time

d)

negative temp

54.

desiccation = what?

a)

staining

b)

moving

c)

removing

d)

drying

55.

what is used to clean the skin and other living tissue?

a)

antagonism

b)

peptide bonds

c)

antiseptics

d)

proteins

56.

define antagonism

a)

two or more drugs that work against each other; less antimicrobial effect

b)

kills gram negative and gram negative bacteria

c)

microbes are host to other cells

d)

pathogens take over the cell

57.

two or more antimicrobials used to kill all pathogens

a)

bacteria

b)

multi-drug therapy

c)

covalent bond therapy

d)

amount of mass in cell

58.

define acquired resistance

a)

kills bacteria

b)

drug used to treat infections

c)

no damage done to the host

d)

microbes once susceptible and now they are no longer

59.

what don't you give to immunosuooressed patients?

a)

drugs

b)

ideal antimicrobial

c)

antibiotics (bacteriostatic agents)

d)

nucleic acid

60.

what kills bacteria but not all?

a)

lipids

b)

bactericidal agents

c)

narrow spectrum

d)

broad spectrum

61.

define narrow spectrum

a)

kills either gram positive OR gram negative bacteria

b)

kills BOTH gram positive and gram negative

c)

keeps both gram positive and gram negative the same

d)

kills only the harmful bacteria

62.

define broad spectrum

a)

kills bacteria but not all

b)

kills ALL bacteria

c)

kills either gram positive or gram negative bacteria

d)

kills both gram positive and gram negative bacteria

63.

what are antibiotics made from?

a)

moulds

b)

lipids

c)

fatty acids

d)

salts

64.

no antibiotics for what?

a)

getting an IV

b)

covid

c)

a common cold

d)

viruses

65.

what is the mechanism of action for penicillin's and cephalosporins?

a)

inhibit cell wall synthesis

b)

building blocks for fatty acids

c)

solutes greater outside the cell

d)

formed through the gain or loss of an electron