All cells need DNA in order to function. It must occur at the beginning of cell division so it can be placed in the new cells.

All cells need RNA in order to function. It must occur at the beginning of cell division so it can be placed in the old cells.

All cells need DNA in order to function. It must occur at the beginning of cell division so it can be placed in the new cells.

All cells need RNA in order to function. It must occur at the beginning of cell division so it can be placed in the old cells.

Egg or sperm cells, also called the sex cells or gametes

Egg or sperm organelles, also called the sex organelles or gametes

Egg or sperm organs, also called the sex organs or gametes

Egg or sperm blood cells, also called the sex blood cells or gametes

Skin cells because you want all your skin cells to stay genetically identical so that you can grow and not have any changes.

Sex cells because you want all your sex cells to stay genetically identical so that you can grow and not have any changes.

Gametes because you want all your sex cells to stay genetically identical so that you can grow and not have any changes.

Sequence X, because you need to change the original DNA into mRNA, A -> U, T->A, C<-G, then change it to an amino acid chain. Next, you change the mutated mRNA into the amino acid chain. Finally, you compare the amino acid chains to find out which one is the same, and will not cause a change.

Sequence X, because you need to change the original mRNA into DNA, A -> U, T->A, C<-G, then change it to an amino acid chain. Next, you change the mutated mRNA into the amino acid chain. Finally, you compare the amino acid chains to find out which one is the same, and will not cause a change.

Sequence W, because you need to change the original DNA into mRNA, A -> U, T->A, C<-G, then change it to an amino acid chain. Next, you change the mutated mRNA into the amino acid chain. Finally, you compare the amino acid chains to find out which one is the same, and will not cause a change.

Sequence W, because you need to change the original mRNA into DNA, A -> U, T->A, C<-G, then change it to an amino acid chain. Next, you change the mutated mRNA into the amino acid chain. Finally, you compare the amino acid chains to find out which one is the same, and will not cause a change.

DNA codes for the same proteins in different species.

All DNA in all organisms has the same parts to the nucleotide (deoxyribose, phosphate group, and a nucleotide).

All DNA in all organism’s codes for mRNA which codes for proteins, which are the same in all organisms, making it universal.

tRNA codes for the same proteins in different species.

All tRNA in all organisms has the same parts to the nucleotide (deoxyribose, phosphate group, and a nucleotide).

It maintains internal pressure for plants

When plants take in water, the vacuole stores it causing the plant to be stronger, or stand better.

When plants release water, the vacuole releases it causing the plant to be stronger, or stand better.

It maintains internal oxygen for plants

It maintains internal temperature for plants

Meiosis because it is sexual reproduction and genes need to be switched to increase genetic variation.

Meiosis because it is sexual reproduction and genes need to be switched to decrease genetic variation.

Mitosis because it is sexual reproduction and genes need to be switched to increase genetic variation.

Mitosis because it is sexual reproduction and genes need to be switched to decrease genetic variation.

DNA is transcribed (changed) into mRNA.

mRNA is transcribed (changed) into DNA.

DNA is translated (changed) into mRNA.

mRNA is translated (changed) into DNA.

G2 because this is the final step of DNA replication, before the cell goes into M phase (prophase, metaphase,anaphase,telophase). So whatever is messed up will then be transferred into the new cells, that will continue to replicate it and cause cancer.

G1 because this is the final step of DNA replication, before the cell goes into M phase (prophase, metaphase,anaphase,telophase). So whatever is messed up will then be transferred into the new cells, that will continue to replicate it and cause cancer.

G3 because this is the final step of DNA replication, before the cell goes into M phase (prophase, metaphase,anaphase,telophase). So whatever is messed up will then be transferred into the new cells, that will continue to replicate it and cause cancer.

G4 because this is the final step of DNA replication, before the cell goes into M phase (prophase, metaphase,anaphase,telophase). So whatever is messed up will then be transferred into the new cells, that will continue to replicate it and cause cancer.

Synthesis of organic molecules because all livings things are made of C (carbon), H (hydrogen), O (oxygen), N (nitrogen), P (phosphorus) and S (sulfur). So, for life to form they must be put together to create amino acids, which create proteins ( ͝° ͜ʖ͡°)

Synthesis of unorganic molecules because all livings things are made of C (carbon), H (hydrogen), O (oxygen), N (nitrogen), P (phosphorus) and S (sulfur). So, for life to form they must be put together to create amino acids, which create proteins ( ͝° ͜ʖ͡°)

Synthesis of organic molecules because all livings things are made of C (carbon), H (hydrogen), O (oxygen), N (nitrogen), P (phosphorus) and S (sulfur). So, for life to form they must be separated to create amino acids, which create proteins ( ͝° ͜ʖ͡°)

Synthesis of unorganic molecules because all livings things are made of C (carbon), H (hydrogen), O (oxygen), N (nitrogen), P (phosphorus) and S (sulfur). So, for life to form they must be separated to create amino acids, which create proteins ( ͝° ͜ʖ͡°)

Carbohydrate; Glucose (C6H12O6) is a product of photosynthesis. Glucose is a sugar which makes it a carbohydrate.

Lipid; Glucose (C6H12O6) is a product of photosynthesis. Glucose is a sugar which makes it a Lipid.

Protein; Glucose (C6H12O6) is a product of photosynthesis. Glucose is a sugar which makes it a Protein.

Nucleic Acid; Glucose (C6H12O6) is a product of photosynthesis. Glucose is a sugar which makes it a Nucleic Acid.

A mutation at one of the checkpoints caused the cell to continue to grow causing a cancerous tumor. This is because the checkpoint has a problem & cannot identify it as a cancerous cell

A mutation at one of the stopping points caused the cell to continue to grow causing a cancerous tumor. This is because the checkpoint has a problem & cannot identify it as a cancerous cell

A mutation at one of the death points caused the cell to continue to grow causing a cancerous tumor. This is because the checkpoint has a problem & cannot identify it as a cancerous cell

A mutation at one of the ports caused the cell to continue to grow causing a cancerous tumor. This is because the checkpoint has a problem & cannot identify it as a cancerous cell

Increase in ATP

Decrease in ATP

Increase in lipids

Decrease in lipids

Prokaryote, bacteria

Eukaryote, bacteria

Eukaryote, fungi

Eukaryote, fungi, bacteria, prokaryote

It exhibits cohesive forces

It exhibits incoherent forces

It exhibits loose forces

Gravity

Nucleic acids have the genetic code for protein synthesis, enzymes catalyze chemical reactions.

Enzymes have the genetic code for protein synthesis, nuclei acids catalyze chemical reactions.

Enzymes have the genetic code for chemical synthesis, nuclei acids catalyze protein reactions.

Nucleic acids have the genetic code for chemical synthesis, enzymes catalyze protein reactions.

Organic molecules formed from inorganic compounds

Inorganic molecules formed from organic compounds

Organic compunds formed from inorganic molecules

Inorganic compounds formed from organic molecules

Photosynthesis captures the energy that cellular respiration transform into useable energy

Photosynthesis captures the energy that protein synthesis transform into useable energy

Cellular respiration captures the energy that photosynthesis transform into useable energy

Protein synthesis captures the energy that photosynthesis transform into useable energy

Microorganisms cannot grow in a broth when they cannot enter the broth

Microorganisms can grow in a broth when they cannot enter the broth

Microorganisms cannot grow in a broth when they can enter the broth

Microorganisms cannot die in a broth when they cannot enter the broth

The new evidence is accepted and the theory is changed

The new evidence is declined and the theory is changed

The new evidence is declared hypocritical and the theory is changed

The new evidence is accepted and the theory is the same

Dissection microscope

Discreet microscope

Microscope

Telescope

GATCCA

GUTCCA

GUTCCU

CUTCCU

Crossing over and independent assortment

Crossing under and independent assortment

Crossing over and dependent assortment

Crossing under and dependent assortment

Ribosomes, lysosomes, and cell membrane

Lysosomes, & cell membrane

Ribosomes & cell membrane

Cell membrane

All cells come from preexisting cells, Cells are the basic unit of life, and all living things are made of cells

All cells come from future cells, Cells are the basic unit of life, and all living things are made of cells

All cells come from preexisting cells, Cells are the complex unit of life, and all living things are made of cells

All cells come from future cells, Cells are the complex unit of life, and all living things are made of cells

Ability to dissolve many compounds

Ability to solve many compounds

Ability to complexity many compounds

Ability to expan many compounds

Active transport - Requires energy and moves molecules from low concentration to high concentration.

Passive transport - Does not require energy, and moves molecules form high concentration to low concentration.

Active transport - Requires no energy and moves molecules from low concentration to high concentration.

Passive transport - Requires energy, and moves molecules form high concentration to low concentration.

Active transport - Requires no energy and moves molecules from high concentration to low concentration.

Passive transport - Requires energy, and moves molecules form low concentration to high concentration.

Active transport - Requires energy and moves molecules from high concentration to low concentration.

Passive transport - Requires no energy, and moves molecules form low concentration to high concentration.

Since active transport is moving the molecules to a higher concentration, it needs energy, that side does not want no more molecules, so it forces it in.

Since active transport is moving the molecules to a lower concentration, it needs energy, that side does not want no more molecules, so it forces it in.

Since active transport is moving the molecules to a higher concentration, it needs energy, that side wants more molecules, so it takes it in.

Since active transport is moving the molecules to a lower concentration, it needs energy, that side wants more molecules, so it takes it in.

There are less molecules on the other side so that side welcomes the new molecules.

There are more molecules on the other side so that side takes the new molecules.

There are more molecules on the other side so that side welcomes the new molecules.

There are less molecules on the other side so that side takes the new molecules.

It is a well tested explanation and is a culmination of observations made by many scientists

It is a poor tested explanation and is a culmination of observations made by many scientists

It is a well tested explanation and is a culmination of ideas made by many scientists

It is a poor tested explanation and is a culmination of ideas made by many scientists

ATP

mRNA

DNA

tRNA

Genetic information is conserved, creating identical cells

Mitosis allows us to grow and heal when hurt.

Mitosis allows us to breathe

Mitosis helps the heart beat

Mitosis helps us walk

The new DNA strands have an original DNA strand and a new strand. To create new DNA molecules they have to have the original strand with the new strand.

The new mRNA strands have an original mRNA strand and a new strand. To create new mRNA molecules they have to have the original strand with the new strand.

The new tRNA strands have an original tRNA strand and a new strand. To create new tRNA molecules they have to have the original strand with the new strand.

The new DNA strands have an original DNA strand and a old strand. To create new DNA molecules they have to have the original strand with the old strand.

Mitosis - skin cells that are diploid (same chromosome number)

Meiosis - gametes that are haploid (half the number of chromosomes)

Meiosis - skin cells that are diploid (same chromosome number)

Mitosis - gametes that are haploid (half the number of chromosomes)

Mitosis - skin cells that are haploid (same chromosome number)

Meiosis - gametes that are diploid (half the number of chromosomes)

Mitosis - skin cells that are diploid (half the number of chromosomes)

Meiosis - gametes that are haploid (same number of chromosomes)

Glucose and oxygen

Glucose and carbon dioxide

carbon dioxide and oxygen

Apples and oxygen

The genetically modified crops decrease genetic diversity

The genetically modified crops increase genetic diversity

The genetically modified crops maintain genetic diversity

The genetically modified crops take genetic diversity

DNA is transcribed into a code that is carried by RNA, which is translated into a protein

RNA is transcribed into a code that is carried by DNA, which is translated into a protein

DNA is transcribed into a protein that is carried by RNA, which is translated into a code

RNA is transcribed into a protein that is carried by DNA, which is translated into a code

Plant cells have a cell wall, chloroplast, central vacuole while animal cells do not

Animals cells have a cell wall, chloroplast, central vacuole while animal plants do not

Plant cells have a cell wall & central vacuole while animal cells do not

Plant cells have a cell chloroplast & central vacuole while animal cells do not

It allows the daughter cells to be genetically different

It allows the daughter cells to be genetically similar

It allows the daughter cells to be genetically dead

It allows the daughter cells to be genetically happy

Cellular respiration

Protein Synthesis

Cellular Synthesis

Protein Respiration

Yes!

( ✧≖ ͜ʖ≖)

Of Course! ╲/( ͡⎚ ͜U ͡⎚)/\

Obviously!

( ͡◉◞ ͜ʖ◟ ͡◉)