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WorksheetsFinal Exam Review
Total questions: 150
Worksheet time: 5hrs 1mins
A study was done to find if different tire treads affect the braking distance of a car. 10 different tires were used on the same model of car. Each car was driven at 60mph before the driver would slam on the brakes. What is the independent variable?
tires
distance
60mph
braking
A study was done to find if different tire treads affect the braking distance of a car. 10 different tires were used on the same model of car. Each car was driven at 60mph before the driver would slam on the brakes. What is the dependent variable?
tires
distance
60mph
braking
A study was done to find if different tire treads affect the braking distance of a car. 10 different tires were used on the same model of car. Each car was driven at 60mph before the driver would slam on the brakes. What is the standardized variable?
tires
distance
60mph
braking
what are the steps to the scientific method
observation, experiment, hypothesis, analyze data, conclude
hypothesis, observation, experiment, analyze data, conclude
observation, hypothesis, experiment, analyze data, conclude
observation, hypothesis, analyze data, experiment, conclude
Identify the variable:
what the scientists in manipulating
dependent
standardized
control
independent
Identify the variable:
what the scientists in measuring
dependent
standardized
control
independent
Identify the variable:
what the scientists is keeping the same except for the variable he is testing
dependent
standardized
control
independent
Identify the variable:
what the scientists is keeping the same between the control and experimental group
dependent
standardized
control
independent
which group is the control?
A
B
what is the independent variable?
height
watering solution
same plant
group B
what is the dependent variable?
height
watering solution
same plant
group B
what is the standardized variable?
height
watering solution
same plant
group B
data that is numerical is called
data
qualitative data
quantitative data
data that uses descriptors is called
data
qualitative data
quantitative data
to use prior knowledge to come up with predictions/hypothesis
inference
hypothesis
experiment
observation
in science, a hypothesis is only useful if
it can be tested
it can be proven correct
it can be proven incorrect
it can justify you having fun
controlled experiment changes how many variables
4
2
3
1
After reading the newspaper you see an ad for a new super leaf blower that has 3x the wind speed of your normal leaf blower. To test this ad you use your normal leaf blower on half of your yard and the super leaf blower on the other half. Once done you measure the height of the leaf piles to see which one picked up more leaves. What is the independent variable?
height of leaf piles
leaf blower
the yard
newspaper
After reading the newspaper you see an ad for a new super leaf blower that has 3x the wind speed of your normal leaf blower. To test this ad you use your normal leaf blower on half of your yard and the super leaf blower on the other half. Once done you measure the height of the leaf piles to see which one picked up more leaves. What is the dependent variable?
height of leaf piles
leaf blower
the yard
newspaper
After reading the newspaper you see an ad for a new super leaf blower that has 3x the wind speed of your normal leaf blower. To test this ad you use your normal leaf blower on half of your yard and the super leaf blower on the other half. Once done you measure the height of the leaf piles to see which one picked up more leaves. What is the standardized variable?
height of leaf piles
leaf blower
the yard
newspaper
study of life
science
biology
zoology
methodology
prefix/suffix: bio
study of
life
many
one
prefix/suffix: logy
study of
life
many
one
prefix/suffix: uni
study of
life
many
one
prefix/suffix: multi
study of
life
many
one
molecule that codes for who you are
heterotroph
metabolism
autotroph
DNA
process in which an organisms breaks down and builds up molecules to make energy
heterotroph
metabolism
autotroph
DNA
basic unit of life
DNA
cell
evolution
homeostasis
organisms that has a nucleus is classified as a (best choice)
prokaryote
unicellular
eukaryote
multicellular
prefix/suffix: a
with
without/non
self
different
a biotic factor is about
living factors
non-living factors
prefix/suffix: eu
true
without/non
before
nucleus
prefix/suffix: pro
true
without/non
before
nucleus
prefix/suffix: karyo
true
without/non
before
nucleus
what characteristic of life is this picture
growth
develop
homeostasis
evolution
what characteristic of life is this picture
growth
develop
homeostasis
evolution
consistent internal environment
growth
develop
homeostasis
evolution
prefix/suffix: taxa/taxo
two
without/non
foot
level
gaining a neutron
A negatively charged particle is called
cation
ion
anion
electron
A negatively charged particle is called
cation
ion
anion
electron
A positively charged particle is called
cation
ion
anion
electron
What particle is found in the nucleus and has a positive charge?
electron
neutron
proton
atom
Atomic mass is made up of what two subatomic particles
protons and electrons
electrons and neutrons
protons and neutrons
protons and anions
If the atomic mass of Nickel is 59 and the atomic number is 28, How many neutrons does it have?
28
59
77
31
If the atomic mass of Nickel is 59 and the atomic number is 28, How many electrons does it have?
28
59
77
31
The path in which an electron travels is called?
electron cloud
orbit/shell
cation
electron
The path in which an electron travels is called?
electron cloud
orbit/shell
cation
electron
Outermost electrons are called
valence electrons
bonding electrons
electron cloud
valence protons
If an atom has no charge, which of the following must be true?
It has more neutrons than protons or electrons.
There are only neutrons inside the atom.
Its number of protons is equal to its number of electrons.
The neutrons in the atom outnumber the electrons and protons.
What kind of bond will form between Hydrogen and Oxygen?
ionic
covalent
metallic
no bond
Why don't noble gases form bonds?
Noble gases do form bonds
They all have a full octet
They only bond with each other
H2O
water is a dissolver so we call it
solvent
solute
mixture
solution
water is a dissolver so we call it
solvent
solute
mixture
solution
Water has an unequal electron distribution this is called
polar
non-polar
cohesion
solution
salt in salt water is called
solvent
non-polar
solute
solution
same substance sticks to itself
adhesion
hydrogen bond
cohesion
capillary action
a substance sticks to other substances
adhesion
hydrogen bond
cohesion
capillary action
pH measures
[H+]
[H-]
[OH+]
[OH-]
lower [H+] than water
acid
base
neutral
higher [H+] than water
acid
base
neutral
equal [H+] to [OH-]; such as water
acid
base
neutral
pH of 6.9-0
acid
base
neutral
pH of 7
acid
base
neutral
pH of 7. 1-14
acid
base
neutral
equal distribution of electrons
polar
cohesion
happy molecules
non-polar
bond that holds one water molecule to another water molecule is called
hydrogen
ionic
covalent
non-polar
primary energy source
proteins
carbohydrates
lipids
nucleic acid
monomer is glucose
proteins
carbohydrates
lipids
nucleic acid
monomer is fatty acid + glycerol
proteins
carbohydrates
lipids
nucleic acid
monomer is nucleotide
proteins
carbohydrates
lipids
nucleic acid
transmits heredity material and stores it
proteins
carbohydrates
lipids
nucleic acid
fights infection
proteins
carbohydrates
lipids
nucleic acid
controls rate of chemical reactions; relates to metabolism
proteins
carbohydrates
lipids
nucleic acid
repairs and rebuilds tissue and organs
proteins
carbohydrates
lipids
nucleic acid
cell membrane is composed of this
proteins
carbohydrates
lipids
nucleic acid
glycogen
proteins
carbohydrates
lipids
nucleic acid
DNA
proteins
carbohydrates
lipids
nucleic acid
hereditary material
proteins
carbohydrates
lipids
nucleic acid
titin ( muscle flexibility)
proteins
carbohydrates
lipids
nucleic acid
antibodies
proteins
carbohydrates
lipids
nucleic acid
does not mix with water because is it non-polar
proteins
carbohydrates
lipids
nucleic acid
_ are organelles responsible for breaking down toxins in your body
Peroxisomes
chloroplasts
lysosomes
cell membrane
fluid in which many different organelles are found
cell membrane
nucleus
organelle
cytoplasm
Energy Molecule called
ANP
ATP
DNA
RNA
site of protein synthesis (2 make)
nucleus
ribosome
smooth ER
rough er
synthesis of lipids
nucleus
ribosome
smooth ER
rough er
assist in the synthesis of protein
nucleus
ribosome
smooth ER
rough er
genetic material
RNA
ATP
Nucleus
DNA
transports materials, mainly located near the cell membrane
ribosome
vacuole
vesicle
golgi apparatus
modification and packing of proteins and other substances that are entering or exiting the cell
ribosome
vacuole
vesicle
golgi apparatus
Provides structural support and helps the cell maintain its shape
cytoskeleton
mitochondria
vesicle
golgi apparatus
Type of transport that require no energy
Diffusion
Facilitated diffusion
Osmosis
All of the above
Type of transport that require no energy
Diffusion
Facilitated diffusion
Osmosis
All of the above
Type of transport that moves small particles like oxygen
Diffusion
Facilitated diffusion
Osmosis
All of the above
Type of transport that moves large molecules such as glucose
Diffusion
Facilitated diffusion
Osmosis
All of the above
Type of transport that moves water
Diffusion
Facilitated diffusion
Osmosis
All of the above
Type of transport that moves materials high to low
Diffusion
Facilitated diffusion
Osmosis
All of the above
direction of flow of water: 100% water inside the cell 20% water outside the cell
into the cell
out of the cell
equal
All of the above
direction of flow of water: 99% water inside the cell 99% water outside the cell
into the cell
out of the cell
equal
All of the above
direction of flow of water: 100% water inside the cell 20% water outside the cell... what’s going to happen to the cell
shrink/shrivel
swell
stay the same
direction of flow of water: 99% water inside the cell 99% water outside the cell... what’s going to happen to the cell
shrink/shrivel
swell
stay the same
direction of flow of water: 24% water inside the cell 99% water outside the cell... what’s going to happen to the cell
shrink/shrivel
swell
stay the same
direction of flow of water: 24% water inside the cell 99% water outside the cell... what’s type of solution is the cell in
hypotonic solution
isotonic solution
hypertonic solution
direction of flow of water: 99% water inside the cell 99% water outside the cell... what type of solution is the cell in
hypotonic
isotonic
hypertonic
direction of flow of water: 100% water inside the cell 20% water outside the cell... what type of solution is the cell in
hypotonic
isotonic
hypertonic
prefix: hyper
above
below
same
water
prefix: hypo
above
below
same
water
prefix: aqua
above
below
same
water
prefix: hydro
above
below
same
water
prefix: iso
above
below
same
water
the cell membrane is made up of what type of lipid
hormones
bilayer
phospholipid bilyar
proteins
the cell membrane is mainly made of lipids but the cell has to have channels/pores to allow certain molecules through these channels are made up of
hormones
bilayer
phospholipid bilyar
proteins
prefix: bi such as in the word bilayer
one
two
layer
triple
in a hypertonic solution what would happen to cell if placed in it
shrink
swell
stay the same
in a hypotonic solution what would happen to cell if placed in it
shrink
swell
stay the same
in isotonic solution what would happen to cell if placed in it
shrink
swell
stay the same
True or False: all molecules move high to low
True
False
True or False: all molecules move through a protein channel
True
False
