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I can define sexual reproduction: Each parent contributes a sex cell to the new organism.

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I can define sexual reproduction: Each parent contributes a sex cell to the new organism.

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Sexual reproduction happens when two parents each contribute a sex cell to the new organism.

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Asexual reproduction happens when an organism produces one or more organisms that are identical to each other.

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Sexual reproduction: When each parent contributes a sex cell to create a new offspring.

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Asexual Reproduction: Is when an organism reproduces another organism that is genetically the same. Unless a mutation occurs.

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In sexual reproduction, half the genes in the offspring come from each parent, so, the organism isn't identical to either parents, instead, they have a combination of traits from each of them.

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The advantages of sexual reproduction are:
It increases genetic variation.
- Offspring have different traits that improve the chance that some offspring will survive.
- Offspring are not genetically identical to the parent, so, they may have a trait the parents do not have.

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In asexual reproduction, the parent passes on all of its genetic information to the offspring, so, the organism is not identical to the parent, unless, a genetic mutation occurs.

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I can define asexual reproduction: when the offspring becomes apparent of a single organism and inherits genes from only one parent.

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I can define asexual reproduction: when the offspring becomes apparent of a single organism and inherits genes from only one parent.

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When a single celled organism reproduces a "clone" of itself. That offspring is genetically identical to the parent

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When two parents contribute a sex sex cell to create a new offspring. The male's sex cell fertilizes the woman's egg. That fertilized egg or "zygote" then later becomes a baby

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The advantages of asexual reproduction are:
- The offspring can reproduce quickly.
- A parent organism does not need to find a partner to reproduce.
- All offspring are able to produce more offspring.

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Heredity is when parents pass genetic material, also known as DNA, to the offspring.

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Heredity is when genetic material is passed from parents to offspring. You can have a Dominant or recessive gene.

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Genes are fragments of DNA found in chromosomes that give instructions to produce a certain characteristic. Each parent gives one set of genes to the offspring that then has two versions or forms of the same genes for every characteristics.

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The environment sometimes affects/influences the offsprings' characteristics.

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The offspring gets genes from both parents.

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The offspring would be the

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Heredity is the passing on of characteristics from one generation to the next.

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There is one parent in asexual reproduction. The parent pass down the same genetic information

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There are two parents involved. Both parents share half of their genetic information to make 48 chromosomes. There are genetic variatons