science

45問 • 1年前

vhivru

通報

問題一覧

human activities that can cause extinction:

habitat destruction, fragmentation, over exploitation, pollution, introduction of alien species, global warming

causes of extinction

natural and anthropogenic

species help the environment to absorb carbon dioxide and help with the production of oxygen

ecological perspective

examples of natural causes of extinction

meteor impact, climate change, natural disasters, fragmentation

athropogenic causes:

pollution, overexploitation, illegal hunting, deforestation

properties of light and pigment

photosynthesis

the loss of a specific species

extinction

ther are a complimentary process

photosynthesis and respiration

photosynthesis reactants

6 molecules of carbon dioxide or CO2 and 6 molecules of water or H2O

caused by the environment

natural

by-products of photosynthesis

6 molecules of oxygen gas or O2 and 1 molecule of glucose or C6H12O6

caused by human activities

anthropogenic

the process of photosynthesis happens with the help of

sunlight

used to describe the number and variety of life found on earth

biodiversity

the process of photosynthesis happens in

chloroplasts

types of biodiversities

species biodiversity, genetic biodiversity and ecosystem biodiversity

the reactants of respiration

1 molecule of glucose or C6H12O6 and 6 molecules of oxygen gas or O2

different types of animals that belong in the same environment

species biodiversity

different kinds of physical or internal attributes of organisms

genetic biodiversity

the by-products of respiration

6 molecules of H2O or water and CO2 or carbon dioxide + ATP (or adenosine triphosphate)

it is the energy currency of plants

adenosine triphosphate or ATP

the different environments that organisms live in

ecosystem biodiversity

the genetic makeup of an organism varies

genetic diversity

where does respiration happen?

mitochondria

how is photosynthesis and respiration connected?

The reactants of photosyntheis becomes the by-products of respiration, while the reactants of respiration become the by-products of photosynthesis.

biodiversity loss;

extinction of species, loss of genetic variations of species, lose of specific habitats

photo means and synthesis means

produce by light, a whole made of parts put together or combination

the causes of extinction

hunting and trapping, overharvesting, destruction of habitat, pollution, overexploitation

is the process whereby plants, algae, some bacteria

photosynthesis

importance of biodiversity

ecological perspective, economic perspective, ethical and aesthetic perspective

is one of the most important biological process on earth

photosynthesis

the production of food

economic perspective

it helps in the production if the oxygen we breathe in, food, energy, fibers and materials, decrease of carbon dioxide.

photosynthesis

how we take care of the environment and moral responsibility

ethical and aesthetic perspective

it contains just the right amount of energy.

visible light

niel bohr, who created bohr's theory, used whom’s study to create his?

rutherford's study

an atom needs 8 electrons in order to become stable

octet rule

who created the LEDS or Lewis electron dot structure?

gilbert newton lewis

two types of chemical bonding

covalent and ionic

to produce ionic compounds, you need,

non metal + metal

to produce covalent products, you need

non metal + non metal

ionic compounds are illustrated by means of

the transferring of electrons (loss or gain)

produces 4 atp. this is process breaks down glucose using oxygen. this is aerobic.

glycolysis

produces 32 atp and happens inside of the mitochondria

electron transport system

the energy of glucose is harvested as 2 ATP

krebs cycle

CONCHEM

CONCHEM

MAPEH

MAPEH

research

research

ESP

ESP

research lesson 1,2,3

vhivru · 59問 · 2年前

research lesson 1,2,3

59問 • 2年前

vhivru

mapeh music quarter 2

vhivru · 23問 · 2年前

mapeh music quarter 2

arts mapeh 9 q2

arts mapeh 9 q2

MAPEH PE

MAPEH PE

englush

englush

con chem

con chem

health mapeh

health mapeh

esp all

esp all

englisy

englisy

research all

research all

con chem lesson #1

con chem lesson #1

mapeh romantic

mapeh romantic

fil leson 1

fil leson 1

ap lesson 1 supply

ap lesson 1 supply

mapeh arts

mapeh arts

research lesson 2 HALA

vhivru · 100問 · 1年前

research lesson 2 HALA

mapeh pe

mapeh pe

English all I think

English all I think

mapeh health 3rd

mapeh health 3rd

science haha

science haha

esp

esp

research lesson HALA

research lesson HALA

reeearch pt 2 huhu

reeearch pt 2 huhu

research lesson all HALA

vhivru · 100問 · 1年前

research lesson all HALA

con chem

con chem

mapeh

mapeh

science

science

fil

fil

ict

ict

music 4

music 4

FILIPINO QUIZ

FILIPINO QUIZ

mapeh arts

mapeh arts

conchem 4

conchem 4

map

map

elecronic

elecronic

ele

ele

問題一覧

human activities that can cause extinction:

habitat destruction, fragmentation, over exploitation, pollution, introduction of alien species, global warming

causes of extinction

natural and anthropogenic

species help the environment to absorb carbon dioxide and help with the production of oxygen

ecological perspective

examples of natural causes of extinction

meteor impact, climate change, natural disasters, fragmentation

athropogenic causes:

pollution, overexploitation, illegal hunting, deforestation

properties of light and pigment

photosynthesis

the loss of a specific species

extinction

ther are a complimentary process

photosynthesis and respiration

photosynthesis reactants

6 molecules of carbon dioxide or CO2 and 6 molecules of water or H2O

caused by the environment

natural

by-products of photosynthesis

6 molecules of oxygen gas or O2 and 1 molecule of glucose or C6H12O6

caused by human activities

anthropogenic

the process of photosynthesis happens with the help of

sunlight

used to describe the number and variety of life found on earth

biodiversity

the process of photosynthesis happens in

chloroplasts

types of biodiversities

species biodiversity, genetic biodiversity and ecosystem biodiversity

the reactants of respiration

1 molecule of glucose or C6H12O6 and 6 molecules of oxygen gas or O2

different types of animals that belong in the same environment

species biodiversity

different kinds of physical or internal attributes of organisms

genetic biodiversity

the by-products of respiration

6 molecules of H2O or water and CO2 or carbon dioxide + ATP (or adenosine triphosphate)

it is the energy currency of plants

adenosine triphosphate or ATP

the different environments that organisms live in

ecosystem biodiversity

the genetic makeup of an organism varies

genetic diversity

where does respiration happen?

mitochondria

how is photosynthesis and respiration connected?

The reactants of photosyntheis becomes the by-products of respiration, while the reactants of respiration become the by-products of photosynthesis.

biodiversity loss;

extinction of species, loss of genetic variations of species, lose of specific habitats

photo means and synthesis means

produce by light, a whole made of parts put together or combination

the causes of extinction

hunting and trapping, overharvesting, destruction of habitat, pollution, overexploitation

is the process whereby plants, algae, some bacteria

photosynthesis

importance of biodiversity

ecological perspective, economic perspective, ethical and aesthetic perspective

is one of the most important biological process on earth

photosynthesis

the production of food

economic perspective

it helps in the production if the oxygen we breathe in, food, energy, fibers and materials, decrease of carbon dioxide.

photosynthesis

how we take care of the environment and moral responsibility

ethical and aesthetic perspective

it contains just the right amount of energy.

visible light

niel bohr, who created bohr's theory, used whom’s study to create his?

rutherford's study

an atom needs 8 electrons in order to become stable

octet rule

who created the LEDS or Lewis electron dot structure?

gilbert newton lewis

two types of chemical bonding

covalent and ionic

to produce ionic compounds, you need,

non metal + metal

to produce covalent products, you need

non metal + non metal

ionic compounds are illustrated by means of

the transferring of electrons (loss or gain)

produces 4 atp. this is process breaks down glucose using oxygen. this is aerobic.

glycolysis

produces 32 atp and happens inside of the mitochondria

electron transport system

the energy of glucose is harvested as 2 ATP

krebs cycle