Crear
Descargar
Descarga SCORM
Para ser utilizado en un LMS (Moodle, Blackboard...)
Descarga normal
Para ser publicada en una web o blog.
La descarga de juegos es una característica exclusiva para usuarios con un Plan Académico o un Plan Comercial.
Obtén ahora tu Plan Académico o Comercial y comienza a integrar tus juegos en tu LMS, web o blog.
Obtener Plan Académico
Si lo deseas, puedes descargar un juego de prueba aquí y probar su integración:
Compartir juego
Test
Test

9.3 Monohybrid crossing

Intégralo en tu plataforma
G. Classroom M. Teams
Puedes integrar el juego en un LMS compatible con LTI 1.1 o LTI 1.3 como Canvas, Moodle, o Blackboard. De esta manera podrás guardar las puntuaciones automáticamente en el libro de calificaciones de esa plataforma.
Descargar
Has superado el número máximo de juegos que puedes integrar en Google Classroom con tu Plan actual.

Para integrar tantos juegos como quieras en Google Classroom, necesitas un Plan Académico o un Plan Comercial.

Obtener Plan Académico
Has superado el número máximo de juegos que puedes integrar en Microsoft Teams con tu Plan actual.

Para integrar tantos juegos como quieras en Microsoft Teams, necesitas un Plan Académico o un Plan Comercial.

Obtener Plan Académico
La descarga de juegos es una característica exclusiva para usuarios con un Plan Académico o un Plan Comercial.

Obtén ahora tu Plan Académico o Comercial y comienza a integrar tus juegos en tu LMS, web o blog.

Si lo deseas, puedes descargar un juego de prueba aquí y probar su integración:

Obtener Plan Académico

9.3 Monohybrid crossing

Test

(219)
Jugadas 1717 %Acierto 65 Tiempo medio 02:33
Crear copia

Sobre esta actividad

Concept of the Punnett square and monohybrid crossing.

Creada por

Jorge Arizpe
Jorge Arizpe
México

Descarga la versión para jugar en papel

Crea tu propio juego gratis desde nuestro creador de juegos
Crear test
Compite contra tus amigos para ver quien consigue la mejor puntuación en esta actividad
Crear reto

Top juegos

 %
%
%
%
Has superado el número máximo de juegos que puedes imprimir con tu Plan actual.

Para imprimir tantos juegos como quieras, necesitas un Plan Académico o un Plan Comercial.

Obtener Plan Académico
Imprime tu juego
9.3 Monohybrid crossing
 

9.3 Monohybrid crossingVersión en línea

Concept of the Punnett square and monohybrid crossing.

por Jorge Arizpe
1
Gene A (yellow) is dominant over gene a (green).The crossing of AA and aa will give:

Gene A (yellow) is dominant over gene a (green).The crossing of AA and aa will give:

2

Gene A (yellow) is dominant over gene a (green). The crossing of 2 heterozygous Aa will give:

3
Partial dominance for antennae in insects: A Long, AB Medium, and B Short. Crossing of AA x BB

Partial dominance for antennae in insects: A Long, AB Medium, and B Short. Crossing of AA x BB

4

Partial dominance for antennae in insects :A Long, AB Medium, and B Short. Crossing of AB x AB

5
The color of the carnation flowers shows a partial or incomplete dominance. The R allele codes for red, the B allele for white and the heterozygote RB turns pink. At the crossing of two RB heterozygotes one might expect the color of their offspring to be:

The color of the carnation flowers shows a partial or incomplete dominance. The R allele codes for red, the B allele for white and the heterozygote RB turns pink. At the crossing of two RB heterozygotes one might expect the color of their offspring to be:

6
The color of the carnation flowers shows a partial or incomplete dominance. The R allele codes for red, the B allele for white and the heterozygote RB turns pink. At the intersection of two homozygous BBs and a heterozygous BR, how would you expect the color of the offspring to be?

The color of the carnation flowers shows a partial or incomplete dominance. The R allele codes for red, the B allele for white and the heterozygote RB turns pink. At the intersection of two homozygous BBs and a heterozygous BR, how would you expect the color of the offspring to be?

7
Some specimens of the Bobtail breed do not have a tail. Two dogs without a tail are crossed and the resulting offspring are: 75% puppies without a tail and 25% puppies with a tail. It can be concluded that the allele coding for "NO TAIL" is:

Some specimens of the Bobtail breed do not have a tail. Two dogs without a tail are crossed and the resulting offspring are: 75% puppies without a tail and 25% puppies with a tail. It can be concluded that the allele coding for "NO TAIL" is:

8
Daltonism (which is a condition that does not allow to distinguish some colors) is due to a recessive gene linked to the X chromosome. This recessive gene for color blindness is represented by dX and the chromosome of an un-impaired vision by X. What would be the possible phenotype of children resulting from the marriage between a carrier woman and a visually un-impaired man?

Daltonism (which is a condition that does not allow to distinguish some colors) is due to a recessive gene linked to the X chromosome. This recessive gene for color blindness is represented by dX and the chromosome of an un-impaired vision by X. What would be the possible phenotype of children resulting from the marriage between a carrier woman and a visually un-impaired man?

9
Daltonism (which is a condition that does not allow to distinguish some colors) is due to a recessive gene linked to the X chromosome. This recessive gene for color blindness is represented by dX and the chromosome of an un-impaired vision by X. What would be the possible phenotype of children resulting from the marriage between a carrier woman and a Daltonic man?

Daltonism (which is a condition that does not allow to distinguish some colors) is due to a recessive gene linked to the X chromosome. This recessive gene for color blindness is represented by dX and the chromosome of an un-impaired vision by X. What would be the possible phenotype of children resulting from the marriage between a carrier woman and a Daltonic man?

10
DNA segment that contains the information for a specific trait.

DNA segment that contains the information for a specific trait.

11
It is the name given to the variant forms of a gene

It is the name given to the variant forms of a gene

12
This cell contains the total chromosomes of a species. It is represented as 2n.

This cell contains the total chromosomes of a species. It is represented as 2n.

13
This cell contains only half of a species' chromosomes. It is represented as n

This cell contains only half of a species' chromosomes. It is represented as n

14
When an organism has two identical alleles for the same gene, it is said to be:

When an organism has two identical alleles for the same gene, it is said to be:

15

Which one of these represents a heterozygous genotype?