Am I Dominant or Recessive? Traits and Inheritance Quiz
Quick, free dominant or recessive quiz to test your biology knowledge. Instant results.
Editorial: Review CompletedCreated By: Samantha UtterbackUpdated Aug 27, 2025
Use this traits quiz to figure out which features are dominant or recessive and understand your phenotype. Answer quick questions, get instant feedback, and see simple examples of inheritance. Keep learning with a genotype vs phenotype quiz, explore family patterns in a pedigree analysis quiz, or check your look-alike traits with a what phenotype am i quiz.
What color best describes your natural eye color as you were born?
How are your earlobes attached to your head?
Can you roll your tongue into a tube shape at will?
How frequently do you notice freckles on your face?
What best describes your hairline shape on the forehead?
How does your thumbnail bend when pushed back?
Do you have a dimple or cleft on your chin?
When tasting PTC paper, what do you perceive?
How would you describe your overall hair thickness?
Can you fold the sides of your tongue upward together?
How do you perceive red and green color distinctions?
Which best describes your hair curl pattern at the nape?
Do you have hair on your middle finger knuckles?
Recessive Reveler
You possess many recessive gene traits that may skip generations before resurfacing. These traits often remain hidden unless paired with another recessive allele. You have a fascinating genetic background that can reveal surprises in your family tree. Consider learning more about parental carriers and inheritance patterns.
Dominant Dynamo
You display a strong presence of dominant gene traits in your phenotype. These traits often appear more frequently in populations and can be passed on easily to offspring. You likely carry several dominant alleles that shape your visible characteristics. Keep exploring genetics to understand how these traits spread through families.
Balanced Blend
You have a well-rounded mix of dominant and recessive traits in your genetic profile. This balance can result in varied expression and makes you a great example of classic Mendelian inheritance. Your phenotype highlights how multiple genes interact to create unique combinations. Explore polygenic traits to see how your genes work together.
Rare Variant Explorer
You carry uncommon or unusual genetic variations that stand out in a crowd. These rare traits might be caused by less frequent alleles or unique mutations. Your phenotype offers a glimpse into the diversity and complexity of human genetics. Dive deeper into genomics research to learn about these special variants.
Profiles
- Dominant Dynamo -
As a Dominant Dynamo, your phenotype is driven by dominant genes, with recessive alleles often masked - traits like brown eyes and non-rolling tongues showcase this pattern. This outcome highlights the fundamentals of genes recessive and dominant influence. Quick tip: Explore what genes are recessive in your family tree to reveal hidden traits.
- Recessive Ranger -
As a Recessive Ranger, many of your most visible features - blue eyes, curly hair, or tongue-rolling - stem from recessive alleles overcoming dominant counterparts. You embody the power of recessive vs dominant gene expression, giving you distinctive phenotypes. Quick tip: Consider genetic testing to identify other hidden recessive traits.
- Balanced Blueprint -
Your genetic profile shows a balance between recessive vs dominant genes, resulting in a mix of traits like varied eye color and ear shapes. This equilibrium of dominant genes and recessive genes creates a versatile phenotype. Quick tip: Keep tracking your family history to see how these allele interactions shape future generations.
- Carrier Connoisseur -
As a Carrier Connoisseur, you harbor recessive alleles without outward expression, making you a key player in the inheritance of hidden traits. You showcase the interplay of what genes are recessive and dominant, passing on concealed characteristics to offspring. Quick tip: Share your carrier status with family members to map genetic patterns.
