Sandipan1994/Inference_Text_Generation · Datasets at Hugging Face

step stringlengths 30 333	inference stringlengths 15 213
genes are unable to determine the acquired characteristics of a living thing & a person is a kind of living thing & atheletic ability is a kind of acquired characteristics	genes are unable to determind the atheletic ability of a person
the intelligence of animals is an acquired characteristic & a human is a kind of animal	the intelligence of a human is an acquired characteristic
the intelligence of a human is an acquired characteristic & inherited characteristics are the opposite of acquired characteristics	the intelligence of a human is not an inherited characteristic
a butterfly is a kind of animal & a bird is a kind of animal	birds and butterflies are kinds of animals
birds and butterflies are kinds of animals & birds eat butterflies & if an animal eats other animals for food , then the animal will be the predator	birds are predator to butterflies
a butterfly is a kind of animal & a bird is a kind of animal	birds and butterflies are kinds of animals
birds and butterflies are kinds of animals & birds eat butterflies & if an animal is eaten by other animals , then the animal will be the prey	butterflies are prey to birds
birds are predator to butterflies & butterflies are prey to birds & birds avoid a specific kind of butterfly	birds avoiding a specific kind of butterfly is an example of a predator avoiding some types of prey
birds avoiding a specific kind of butterfly is an example of a predator avoiding some types of prey & a predator avoiding some types of prey is a learned behavior	birds avoiding a specific kind of butterfly is a learned behavior
learned behaviors are learned over the lifetime of the animal & a bird is a kind of animal	learned behaviors are learned over the lifetime of a bird
birds avoiding a specific kind of butterfly is a learned behavior & learned behaviors are learned over the lifetime of a bird	birds learn to avoid a specific kind of butterfly over their lifetime
genes are similar to genetic material & sexual reproduction produces offspring with genetic material from both parents	sexual reproduction produces offspring with genes from both parents
sexual reproduction produces offspring with genes from both parents & in sexual reproduction sperm is a vehicle for the genes from the father to the offspring & in sexual reproduction the egg is a vehicle for the genes from the mother to the offspring	genes are passed from a mother and a father to offspring through the egg and sperm
genes are passed from a mother and a father to offspring through the egg and sperm & genes determine the traits for the living things	traits are passed from a mother and a father to offspring through the egg and sperm
humans are a kind of organism & traits can be determined by one pair / many pairs of genes in an organism	traits can be determined by one or many pairs of genes in human
different species of organisms have different inherited characteristics & the size of an organism is an inherited characteristic	different species of organisms will have different inherited characteristics in size
different species of organisms will have different inherited characteristics in size & genes are able to determine the inherited characteristics of a living thing	different species of organisms have different genes determining the size
different species of organisms have different genes determining the size & tigers and household cats are different species	genetic difference in tigers and cats determines the difference in size
species is an inherited characteristic & genes are able to determine the inherited characteristics of a living thing	genes are able to determine the species of a living thing
a snake is a kind of animal & a lizard is a kind of animal & different kinds of animal belong to different type of species & toad is a kind of animal	toad, snake, and lizard are different species
genes are able to determine the species of a living thing & toad, snake, and lizard are different species	the genes of toad, snake, and lizard determine their species
a human is a kind of animal & alleles can determine the inherited characteristics of animals	alleles can determine the inherited characteristics of human
alleles can determine the inherited characteristics of human & blood type is an inherited characteristic	alleles can determine the blood type of human
translation is when genetic information flows from rna to proteins & in the central dogma of molecular biology , translation follows transcription & transcription is when genetic information flows from dna to rna	genetic information flows from dna to rna to proteins in central dogma of molecular biology
a nucleotide is a kind of basic unit of genetic information & a nucleotide contains one nitrogenous base	a basic unit of genetic information can be found in the nitrogenous base
a basic unit of genetic information can be found in the nitrogenous base & guanine is a kind of nitrogenous base in dna / rna	a basic unit of genetic information can be found in guanine in dna
nucleotide is a kind of repeating unit in dna & nucleotide is a kind of monomer	a nucleotide is a repeating monomer in dna
a nucleotide is a repeating monomer in dna & dna is a kind of molecule	a nucleotide is a repeating monomer in dna molecule
rna often are made of one sequence of nucleotides & dna are made of two sequences of nucleotides linked together	dna and rna are both made of nucleotides
dna and rna are both made of nucleotides & nucleotide is a kind of repeating unit in dna and rna	nucleotides are the repeating subunits of dna and rna
a plant is a kind of organism & tall height is a dominant trait in pea plants & short height is a recessive trait in pea plants & crossing a pure dominant organism with a pure recessive organism causes all their offspring to be heterozygous dominant	crossing a pure tall pea plant with a pure short pea plant causes their offspring to be tall pea plants
parent plants have red flower and white flower & red is a kind of color & the colors of parts of an organism are inherited characteristics & white is a kind of color	red colored flowers and white colored flowers are different inherited characteristics of the plant
red colored flowers and white colored flowers are different inherited characteristics of the plant & offspring plants have pink flowers & pink is a combination of red and white	the offspring exhibit a combination of the characteristics of the parent plants
the offspring exhibit a combination of the characteristics of the parent plants & incomplete dominance is when offspring exhibit a combination of a property caused by the genes of its parents	the offspring plant having pink flowers is an example of incomplete dominance
crossing two living things with recessive traits causes their offspring to have that recessive trait & pea plants are a kind of living thing & short height is a recessive trait in pea plants	crossing two short pea plants causes their offspring to be short plants
an animal is a kind of living thing & antlers are usually part of animals	antlers are usually part of a living thing
antlers are usually part of a living thing & the growth of antler is an inherited characteristic	the growth of antler is an inherited characteristic of living things
the growth of antler is an inherited characteristic of living things & genes are able to determine the inherited characteristics of a living thing	antler growth is determined by the genes of a living thing
antler growth is determined by the genes of a living thing & white tailed deer is a kind of living thing	antler growth of white tailed deer is determined by the genes
a heterozygous organism contains one dominant gene and one recessive gene & a tay-sachs disease carrier have one dominant and one recessive tay-sachs gene	a tay-sachs disease carrier is heterozygous
a tay-sachs disease carrier is heterozygous & crossing two heterozygous dominant organisms causes their offspring to be homozygous recessive of 25% probability	the offspring of two tay-sachs carriers will have 25% probability to be homozygous recessive in tay-sachs disease
the offspring of two tay-sachs carriers will have 25% probability to be homozygous recessive in tay-sachs disease & a homozygous recessive organism contains only recessive genes	the offspring of two tay-sachs carriers will have 25% probability to contain only recessive genes for tay-sachs disease
the offspring of two tay-sachs carriers will have 25% probability to contain only recessive genes for tay-sachs disease & if only recessive genes are present , then the recessive trait will be visible / expressed	the offspring of two tay-sachs carriers will have 25% probability to have the tay-sachs disease
one parent is heterozygous dominant in earlobe & the other parent is homozygous recessive in earlobe & crossing a heterozygous dominant organism with a homozygous recessive organism causes their offspring to be homozygous recessive of 50% probability	the offspring will have a 50% probability to be homozygous recessive
an attached earlobe is a recessive trait in human & if both recessive genes are present , then the recessive trait will be visible / expressed	to have an attached earlobe requires the human to have both recessive genes
to have an attached earlobe requires the human to have both recessive genes & a homozygous recessive organism contains only recessive genes	to have an attached earlobe requires the human to be homozygous recessive
the offspring will have a 50% probability to be homozygous recessive & to have an attached earlobe requires the human to be homozygous recessive	the offspring will have a 50% probability to have an attached earlobe
a heterozygous black (bb) mouse is crossed with homozygous black mouse (bb) & bb means heterozygous dominant & bb means homozygous dominant & if a heterozygous dominant organism is crossed homozygous dominant organism , then the offspring will have a 0% probability of having recessive trait	the offspring of the mice will have a 0% probability to express recessive trait
the offspring of the mice will have a 0% probability to express recessive trait & brown fur is a recessive trait in mouse	the offspring of the mice will have a 0% probability to be brown
short height is usually a recessive trait in plants & two short plants are crossed	two plants with recessive trait of short height are crossed
two plants with recessive trait of short height are crossed & a plant is a kind of living thing & crossing two living things with recessive traits causes their offspring to have that recessive trait	the offspring of two short plants will all be short plants
crossing two living things with recessive traits causes their offspring to have that recessive trait & white flower is a recessive trait in snapdragon plant	crossing two snapdragon plants with white flower will cause the offspring to have white flowers
rr means the plant has pure recessive trait & rr means the plant has pure dominant trait & a red flowered plant (rr) is crossed with a white flowered plant (rr)	a pure dominant red flowered plant is crossed with a pure recessive white flowered plant
a pure dominant red flowered plant is crossed with a pure recessive white flowered plant & if pure dominant organism is crossed a pure recessive organism , then the offspring will have a 100% probability of being heterozygous dominant	the offspring of the red flowered plant and white flowered plant will 100% be heterozygous dominant
the offspring of the red flowered plant and white flowered plant will 100% be heterozygous dominant & red flower is a dominant trait in some plant	the offspring of the red flowered plant and white flowered plant will 100% be red
red eye is a dominant trait in fruit flies & sepia eye is a recessive trait in fruit flies & a red eye fruit fly crossed with sepia eye fruit fly produces offspring with sepia eye	a dominant red eye male fruit fly crossed with a recessive sepia eye female fruit fly produces offspring with recessive sepia eye
a dominant red eye male fruit fly crossed with a recessive sepia eye female fruit fly produces offspring with recessive sepia eye & red eye is a dominant trait in fruit flies0 & if an offspring has a recessive trait , then each parent has at least one recessive gene	each parent fruit fly will have at least one recessive gene
each parent fruit fly will have at least one recessive gene & the dominant red eye male fruit fly is one of the parents	the male fruit fly has at least one recessive gene
the male fruit fly has at least one recessive gene & the male fruit fly has dominant red eyes & a fruit fly is a kind of organism & if an organism has dominant trait and one recessive gene for that trait, then the organism contains both dominant and recessive genes	the male fruit fly has both dominant and recessive genes
the male fruit fly has both dominant and recessive genes & red eye is a dominant trait in fruit flies1 & a fruit fly is a kind of organism	the male fruit fly is heterozygous dominant for the trait
red eye is a dominant trait in fruit flies3 & if a recessive trait is expressed, then the organism only contains recessive genes for that trait & a fruit fly is a kind of organism	the female fruit fly only has recessive genes for sepia eyes
the female fruit fly only has recessive genes for sepia eyes & red eye is a dominant trait in fruit flies2 & a fruit fly is a kind of organism	the female fruit fly is homozygous recessive for the trait
the male fruit fly is heterozygous dominant for the trait & the female fruit fly is homozygous recessive for the trait	the male fruit fly is heterozygous dominant and the female fruit fly is homozygous recessive
each parent carries one sickle cell allele & sickle cell anemia is a recessive trait in human	each parent has one dominant gene and a recessive gene for sickle cell anemia
each parent has one dominant gene and a recessive gene for sickle cell anemia & heterozygous dominant organisms have one dominant gene and one recessive gene	both parents are heterozygous dominant for sickle cell anemia
both parents are heterozygous dominant for sickle cell anemia & if a heterozygous dominant organism is crossed with a heterozygous dominant organism , then the offspring will have a 25% probability of being homozygous recessive	the offspring of heterozygous dominant parents will have 25% probability of being homozygous recessive for sickle cell anemia
the offspring of heterozygous dominant parents will have 25% probability of being homozygous recessive for sickle cell anemia & homozygous recessive organisms will show the recessive trait	the offspring of heterozygous dominant parents will have 25% probability of having sickle cell anemia
the offspring of heterozygous dominant parents will have 25% probability of having sickle cell anemia & one in four is the same as 25%	one in four of the offspring of heterozygous dominant parents will have sickle cell anemia
the color of / coloration of fur is an inherited characteristic & inheriting is when an inherited characteristic is copied / is passed from parent to offspring by genetics / dna	offspring will inherit the color of fur from parents
offspring will inherit the color of fur from parents & striped is a kind of color pattern & a tiger is a kind of animal	a tiger will inherit striped color pattern of its fur from its parents
eyes are usually part of an animal for seeing & an eagle is a kind of animal	eyes are part of an eagle for seeing
an animal is a kind of organism & an eagle is a kind of animal	an eagle is a kind of organism
an eagle is a kind of organism & the colors of parts of an organism are inherited characteristics	the colors of parts of an eagle are inherited characteristics
eyes are part of an eagle for seeing & the colors of parts of an eagle are inherited characteristics	eye color is an inherited characteristic for eagles
eye color is an inherited characteristic for eagles & offspring inherit inherited characteristic from their parents	the eye color of an eagle offspring is inherited from its parents
human is a kind of organism & the colors of parts of an organism are inherited characteristics & eyes are a part of a human for seeing	eye color is an inherited characteristic of human
eye color is an inherited characteristic of human & a child is a kind of young human	the eye color of a child is an inheried characteristic
blue is a kind of color & eye color is an inherited characteristic	having blue eyes is an inherited characteristic
blue is a kind of color & eye color is an inherited characteristic	blue eyes are inherited characteristic
blue eyes are inherited characteristic & inheriting is when an inherited characteristic is copied / is passed from parent to offspring by genetics / dna & human is a kind of organism	a human offspring can inherit blue eyes from his parents
flower is a part of a plant & the colors of parts of an organism are inherited characteristics & a plant is a kind of organism	the color of plants' flowers is a kind of inherited characteristic
the color of plants' flowers is a kind of inherited characteristic & inheriting is when an inherited characteristic is passed down from parent to offspring by genetics / dna	plants offspring can inherit the flower color from their parents
plants offspring can inherit the flower color from their parents & yellow is a kind of color & the plant offspring has yellow flowers	the parents of the plant are likely to have yellow flowers
the color of / coloration of fur is an inherited characteristic & inheriting is when an inherited characteristic is copied / is passed from parent to offspring by genetics / dna	offspring will inherit the color of fur from parents
offspring will inherit the color of fur from parents & spotted is a kind of color pattern & a dog is a kind of animal	a dog will inherit spotted fur from its parents
reproductive behavior is a kind of instinct & an example of a reproductive behavior is salmon returning to their birthplace to lay their eggs	salmon returning to their birthplace to lay their eggs is a kind of instinct
an earlobe is a kind of body part of human & the shape of body parts is an inherited characteristic	the shape of the earlobe is an inherited characteristic of human
the shape of the earlobe is an inherited characteristic of human & offspring inherit inherited characteristics from their parents through dna	human offspring will inherit the shape of the earlobe from their parents through dna
human offspring will inherit the shape of the earlobe from their parents through dna & a child is a kind of young human offspring	children will inheirt the shape of the earlobe from his their parents
a newly hatched sea turtle walks toward the ocean & a sea turtle is a kind of animal & if an animal hatches from an egg then that animal is born	a sea turtle is an animal that walks toward the ocean after it is born
a sea turtle is an animal that walks toward the ocean after it is born & an animal knows how to do instinctive behaviors when it is born	walking toward the ocean is sea turtles' instinctive behavior
a kangaroo is a kind of animal & an animal knows how to do instinctive behaviors when it is born	a kangaroo knows how to do instinctive behaviors when it is born
a kangaroo knows how to do instinctive behaviors when it is born & a newborn kangaroo knows how to crawl into its mother's pouch to drink milk	an example of an instinctive behavior is the kangaroo crawling into its mother 's pouch to drink milk
an example of an instinctive behavior is the kangaroo crawling into its mother 's pouch to drink milk & an instintctive behavior is similar to instinct	an example of an instinct is the kangaroo crawling into its mother 's pouch to drink milk
a chicken is a kind of bird & a chick is a kind of young / baby chicken	a chick is a kind of baby bird
a chick is a kind of baby bird & an example of an instinctive behavior is a baby bird pecking at its shell to hatch	a chick pecking at its shell to hatch is an example of an instictive behavior
migrating is an instinctive behavior & green sea turtles migrate to reproduce	green sea turtles migrating to reproduce is an instinctive behavior
height is an inherited characteristic & inheriting is when an inherited characteristic is copied / is passed from parent to offspring by genetics / dna	offspring can inherit height from their parents
a human is a kind of animal & the length of the hair of an animal is an acquired characteristic	the hair length of a human is an acquired characteristic
the shape of body parts is an inherited characteristic & a nose is a part of a body	nose shape is a kind of inherited characteristic

genes are unable to determine the acquired characteristics of a living thing & a person is a kind of living thing & atheletic ability is a kind of acquired characteristics

genes are unable to determind the atheletic ability of a person

the intelligence of animals is an acquired characteristic & a human is a kind of animal

the intelligence of a human is an acquired characteristic

the intelligence of a human is an acquired characteristic & inherited characteristics are the opposite of acquired characteristics

the intelligence of a human is not an inherited characteristic

a butterfly is a kind of animal & a bird is a kind of animal

birds and butterflies are kinds of animals

birds and butterflies are kinds of animals & birds eat butterflies & if an animal eats other animals for food , then the animal will be the predator

birds are predator to butterflies

a butterfly is a kind of animal & a bird is a kind of animal

birds and butterflies are kinds of animals

birds and butterflies are kinds of animals & birds eat butterflies & if an animal is eaten by other animals , then the animal will be the prey

butterflies are prey to birds

birds are predator to butterflies & butterflies are prey to birds & birds avoid a specific kind of butterfly

birds avoiding a specific kind of butterfly is an example of a predator avoiding some types of prey

birds avoiding a specific kind of butterfly is an example of a predator avoiding some types of prey & a predator avoiding some types of prey is a learned behavior

birds avoiding a specific kind of butterfly is a learned behavior

learned behaviors are learned over the lifetime of the animal & a bird is a kind of animal

learned behaviors are learned over the lifetime of a bird

birds avoiding a specific kind of butterfly is a learned behavior & learned behaviors are learned over the lifetime of a bird

birds learn to avoid a specific kind of butterfly over their lifetime

genes are similar to genetic material & sexual reproduction produces offspring with genetic material from both parents

sexual reproduction produces offspring with genes from both parents

sexual reproduction produces offspring with genes from both parents & in sexual reproduction sperm is a vehicle for the genes from the father to the offspring & in sexual reproduction the egg is a vehicle for the genes from the mother to the offspring

genes are passed from a mother and a father to offspring through the egg and sperm

genes are passed from a mother and a father to offspring through the egg and sperm & genes determine the traits for the living things

traits are passed from a mother and a father to offspring through the egg and sperm

humans are a kind of organism & traits can be determined by one pair / many pairs of genes in an organism

traits can be determined by one or many pairs of genes in human

different species of organisms have different inherited characteristics & the size of an organism is an inherited characteristic

different species of organisms will have different inherited characteristics in size

different species of organisms will have different inherited characteristics in size & genes are able to determine the inherited characteristics of a living thing

different species of organisms have different genes determining the size

different species of organisms have different genes determining the size & tigers and household cats are different species

genetic difference in tigers and cats determines the difference in size

species is an inherited characteristic & genes are able to determine the inherited characteristics of a living thing

genes are able to determine the species of a living thing

a snake is a kind of animal & a lizard is a kind of animal & different kinds of animal belong to different type of species & toad is a kind of animal

toad, snake, and lizard are different species

genes are able to determine the species of a living thing & toad, snake, and lizard are different species

the genes of toad, snake, and lizard determine their species

a human is a kind of animal & alleles can determine the inherited characteristics of animals

alleles can determine the inherited characteristics of human

alleles can determine the inherited characteristics of human & blood type is an inherited characteristic

alleles can determine the blood type of human

translation is when genetic information flows from rna to proteins & in the central dogma of molecular biology , translation follows transcription & transcription is when genetic information flows from dna to rna

genetic information flows from dna to rna to proteins in central dogma of molecular biology

a nucleotide is a kind of basic unit of genetic information & a nucleotide contains one nitrogenous base

a basic unit of genetic information can be found in the nitrogenous base

a basic unit of genetic information can be found in the nitrogenous base & guanine is a kind of nitrogenous base in dna / rna

a basic unit of genetic information can be found in guanine in dna

nucleotide is a kind of repeating unit in dna & nucleotide is a kind of monomer

a nucleotide is a repeating monomer in dna

a nucleotide is a repeating monomer in dna & dna is a kind of molecule

a nucleotide is a repeating monomer in dna molecule

rna often are made of one sequence of nucleotides & dna are made of two sequences of nucleotides linked together

dna and rna are both made of nucleotides

dna and rna are both made of nucleotides & nucleotide is a kind of repeating unit in dna and rna

nucleotides are the repeating subunits of dna and rna

a plant is a kind of organism & tall height is a dominant trait in pea plants & short height is a recessive trait in pea plants & crossing a pure dominant organism with a pure recessive organism causes all their offspring to be heterozygous dominant

crossing a pure tall pea plant with a pure short pea plant causes their offspring to be tall pea plants

parent plants have red flower and white flower & red is a kind of color & the colors of parts of an organism are inherited characteristics & white is a kind of color

red colored flowers and white colored flowers are different inherited characteristics of the plant

red colored flowers and white colored flowers are different inherited characteristics of the plant & offspring plants have pink flowers & pink is a combination of red and white

the offspring exhibit a combination of the characteristics of the parent plants

the offspring exhibit a combination of the characteristics of the parent plants & incomplete dominance is when offspring exhibit a combination of a property caused by the genes of its parents

the offspring plant having pink flowers is an example of incomplete dominance

crossing two living things with recessive traits causes their offspring to have that recessive trait & pea plants are a kind of living thing & short height is a recessive trait in pea plants

crossing two short pea plants causes their offspring to be short plants

an animal is a kind of living thing & antlers are usually part of animals

antlers are usually part of a living thing

antlers are usually part of a living thing & the growth of antler is an inherited characteristic

the growth of antler is an inherited characteristic of living things

the growth of antler is an inherited characteristic of living things & genes are able to determine the inherited characteristics of a living thing

antler growth is determined by the genes of a living thing

antler growth is determined by the genes of a living thing & white tailed deer is a kind of living thing

antler growth of white tailed deer is determined by the genes

a heterozygous organism contains one dominant gene and one recessive gene & a tay-sachs disease carrier have one dominant and one recessive tay-sachs gene

a tay-sachs disease carrier is heterozygous

a tay-sachs disease carrier is heterozygous & crossing two heterozygous dominant organisms causes their offspring to be homozygous recessive of 25% probability

the offspring of two tay-sachs carriers will have 25% probability to be homozygous recessive in tay-sachs disease

the offspring of two tay-sachs carriers will have 25% probability to be homozygous recessive in tay-sachs disease & a homozygous recessive organism contains only recessive genes

the offspring of two tay-sachs carriers will have 25% probability to contain only recessive genes for tay-sachs disease

the offspring of two tay-sachs carriers will have 25% probability to contain only recessive genes for tay-sachs disease & if only recessive genes are present , then the recessive trait will be visible / expressed

the offspring of two tay-sachs carriers will have 25% probability to have the tay-sachs disease

one parent is heterozygous dominant in earlobe & the other parent is homozygous recessive in earlobe & crossing a heterozygous dominant organism with a homozygous recessive organism causes their offspring to be homozygous recessive of 50% probability

the offspring will have a 50% probability to be homozygous recessive

an attached earlobe is a recessive trait in human & if both recessive genes are present , then the recessive trait will be visible / expressed

to have an attached earlobe requires the human to have both recessive genes

to have an attached earlobe requires the human to have both recessive genes & a homozygous recessive organism contains only recessive genes

to have an attached earlobe requires the human to be homozygous recessive

the offspring will have a 50% probability to be homozygous recessive & to have an attached earlobe requires the human to be homozygous recessive

the offspring will have a 50% probability to have an attached earlobe

a heterozygous black (bb) mouse is crossed with homozygous black mouse (bb) & bb means heterozygous dominant & bb means homozygous dominant & if a heterozygous dominant organism is crossed homozygous dominant organism , then the offspring will have a 0% probability of having recessive trait

the offspring of the mice will have a 0% probability to express recessive trait

the offspring of the mice will have a 0% probability to express recessive trait & brown fur is a recessive trait in mouse

the offspring of the mice will have a 0% probability to be brown

short height is usually a recessive trait in plants & two short plants are crossed

two plants with recessive trait of short height are crossed

two plants with recessive trait of short height are crossed & a plant is a kind of living thing & crossing two living things with recessive traits causes their offspring to have that recessive trait

the offspring of two short plants will all be short plants

crossing two living things with recessive traits causes their offspring to have that recessive trait & white flower is a recessive trait in snapdragon plant

crossing two snapdragon plants with white flower will cause the offspring to have white flowers

rr means the plant has pure recessive trait & rr means the plant has pure dominant trait & a red flowered plant (rr) is crossed with a white flowered plant (rr)

a pure dominant red flowered plant is crossed with a pure recessive white flowered plant

a pure dominant red flowered plant is crossed with a pure recessive white flowered plant & if pure dominant organism is crossed a pure recessive organism , then the offspring will have a 100% probability of being heterozygous dominant

the offspring of the red flowered plant and white flowered plant will 100% be heterozygous dominant

the offspring of the red flowered plant and white flowered plant will 100% be heterozygous dominant & red flower is a dominant trait in some plant

the offspring of the red flowered plant and white flowered plant will 100% be red

red eye is a dominant trait in fruit flies & sepia eye is a recessive trait in fruit flies & a red eye fruit fly crossed with sepia eye fruit fly produces offspring with sepia eye

a dominant red eye male fruit fly crossed with a recessive sepia eye female fruit fly produces offspring with recessive sepia eye

a dominant red eye male fruit fly crossed with a recessive sepia eye female fruit fly produces offspring with recessive sepia eye & red eye is a dominant trait in fruit flies0 & if an offspring has a recessive trait , then each parent has at least one recessive gene

each parent fruit fly will have at least one recessive gene

each parent fruit fly will have at least one recessive gene & the dominant red eye male fruit fly is one of the parents

the male fruit fly has at least one recessive gene

the male fruit fly has at least one recessive gene & the male fruit fly has dominant red eyes & a fruit fly is a kind of organism & if an organism has dominant trait and one recessive gene for that trait, then the organism contains both dominant and recessive genes

the male fruit fly has both dominant and recessive genes

the male fruit fly has both dominant and recessive genes & red eye is a dominant trait in fruit flies1 & a fruit fly is a kind of organism

the male fruit fly is heterozygous dominant for the trait

red eye is a dominant trait in fruit flies3 & if a recessive trait is expressed, then the organism only contains recessive genes for that trait & a fruit fly is a kind of organism

the female fruit fly only has recessive genes for sepia eyes

the female fruit fly only has recessive genes for sepia eyes & red eye is a dominant trait in fruit flies2 & a fruit fly is a kind of organism

the female fruit fly is homozygous recessive for the trait

the male fruit fly is heterozygous dominant for the trait & the female fruit fly is homozygous recessive for the trait

the male fruit fly is heterozygous dominant and the female fruit fly is homozygous recessive

each parent carries one sickle cell allele & sickle cell anemia is a recessive trait in human

each parent has one dominant gene and a recessive gene for sickle cell anemia

each parent has one dominant gene and a recessive gene for sickle cell anemia & heterozygous dominant organisms have one dominant gene and one recessive gene

both parents are heterozygous dominant for sickle cell anemia

both parents are heterozygous dominant for sickle cell anemia & if a heterozygous dominant organism is crossed with a heterozygous dominant organism , then the offspring will have a 25% probability of being homozygous recessive

the offspring of heterozygous dominant parents will have 25% probability of being homozygous recessive for sickle cell anemia

the offspring of heterozygous dominant parents will have 25% probability of being homozygous recessive for sickle cell anemia & homozygous recessive organisms will show the recessive trait

the offspring of heterozygous dominant parents will have 25% probability of having sickle cell anemia

the offspring of heterozygous dominant parents will have 25% probability of having sickle cell anemia & one in four is the same as 25%

one in four of the offspring of heterozygous dominant parents will have sickle cell anemia

the color of / coloration of fur is an inherited characteristic & inheriting is when an inherited characteristic is copied / is passed from parent to offspring by genetics / dna

offspring will inherit the color of fur from parents

offspring will inherit the color of fur from parents & striped is a kind of color pattern & a tiger is a kind of animal

a tiger will inherit striped color pattern of its fur from its parents

eyes are usually part of an animal for seeing & an eagle is a kind of animal

eyes are part of an eagle for seeing

an animal is a kind of organism & an eagle is a kind of animal

an eagle is a kind of organism

an eagle is a kind of organism & the colors of parts of an organism are inherited characteristics

the colors of parts of an eagle are inherited characteristics

eyes are part of an eagle for seeing & the colors of parts of an eagle are inherited characteristics

eye color is an inherited characteristic for eagles

eye color is an inherited characteristic for eagles & offspring inherit inherited characteristic from their parents

the eye color of an eagle offspring is inherited from its parents

human is a kind of organism & the colors of parts of an organism are inherited characteristics & eyes are a part of a human for seeing

eye color is an inherited characteristic of human

eye color is an inherited characteristic of human & a child is a kind of young human

the eye color of a child is an inheried characteristic

blue is a kind of color & eye color is an inherited characteristic

having blue eyes is an inherited characteristic

blue is a kind of color & eye color is an inherited characteristic

blue eyes are inherited characteristic

blue eyes are inherited characteristic & inheriting is when an inherited characteristic is copied / is passed from parent to offspring by genetics / dna & human is a kind of organism

a human offspring can inherit blue eyes from his parents

flower is a part of a plant & the colors of parts of an organism are inherited characteristics & a plant is a kind of organism

the color of plants' flowers is a kind of inherited characteristic

the color of plants' flowers is a kind of inherited characteristic & inheriting is when an inherited characteristic is passed down from parent to offspring by genetics / dna

plants offspring can inherit the flower color from their parents

plants offspring can inherit the flower color from their parents & yellow is a kind of color & the plant offspring has yellow flowers

the parents of the plant are likely to have yellow flowers

the color of / coloration of fur is an inherited characteristic & inheriting is when an inherited characteristic is copied / is passed from parent to offspring by genetics / dna

offspring will inherit the color of fur from parents

offspring will inherit the color of fur from parents & spotted is a kind of color pattern & a dog is a kind of animal

a dog will inherit spotted fur from its parents

reproductive behavior is a kind of instinct & an example of a reproductive behavior is salmon returning to their birthplace to lay their eggs

salmon returning to their birthplace to lay their eggs is a kind of instinct

an earlobe is a kind of body part of human & the shape of body parts is an inherited characteristic

the shape of the earlobe is an inherited characteristic of human

the shape of the earlobe is an inherited characteristic of human & offspring inherit inherited characteristics from their parents through dna

human offspring will inherit the shape of the earlobe from their parents through dna

human offspring will inherit the shape of the earlobe from their parents through dna & a child is a kind of young human offspring

children will inheirt the shape of the earlobe from his their parents

a newly hatched sea turtle walks toward the ocean & a sea turtle is a kind of animal & if an animal hatches from an egg then that animal is born

a sea turtle is an animal that walks toward the ocean after it is born

a sea turtle is an animal that walks toward the ocean after it is born & an animal knows how to do instinctive behaviors when it is born

walking toward the ocean is sea turtles' instinctive behavior

a kangaroo is a kind of animal & an animal knows how to do instinctive behaviors when it is born

a kangaroo knows how to do instinctive behaviors when it is born

a kangaroo knows how to do instinctive behaviors when it is born & a newborn kangaroo knows how to crawl into its mother's pouch to drink milk

an example of an instinctive behavior is the kangaroo crawling into its mother 's pouch to drink milk

an example of an instinctive behavior is the kangaroo crawling into its mother 's pouch to drink milk & an instintctive behavior is similar to instinct

an example of an instinct is the kangaroo crawling into its mother 's pouch to drink milk

a chicken is a kind of bird & a chick is a kind of young / baby chicken

a chick is a kind of baby bird

a chick is a kind of baby bird & an example of an instinctive behavior is a baby bird pecking at its shell to hatch

a chick pecking at its shell to hatch is an example of an instictive behavior

migrating is an instinctive behavior & green sea turtles migrate to reproduce

green sea turtles migrating to reproduce is an instinctive behavior

height is an inherited characteristic & inheriting is when an inherited characteristic is copied / is passed from parent to offspring by genetics / dna

offspring can inherit height from their parents

a human is a kind of animal & the length of the hair of an animal is an acquired characteristic

the hair length of a human is an acquired characteristic

the shape of body parts is an inherited characteristic & a nose is a part of a body

nose shape is a kind of inherited characteristic