Group+10-WC

= = = = =some great info **[|eCommerce Mastery]**Screencast Your Understanding=

Using Screencast-o-Matic, you will now create a screencast to demonstrate your understading of human blood types. You will do so by using the following applet: [] (Problem 3). After you complete Problem 3, you can attempt to do Problem 2 on a different screencast. Want to go even further, try Problem 4 (different screencast). After creating your screencast, download it and put it on a flashdrive. Deliver it to your instructor.

- Student is able to accurately predict a phenotype when given a genotype. - Student is able to elaboratively and creatively explain why a given genotype leads to a phenotype. - Student is able to extend their understanding to creating their own blood genetics problems. || - Student is able to accurately predict a human blood genotype from a given phenotype. - Student is able to accurately predict a phenotype when given a genotype. - Student is able to consisely explain why a given genotype leads to a phenotype. || - Student is not able to predict a human blood genotype from a given phenotype. - Student is not able to accurately predict a phenotype when given a genotype. - Student is not able to explain why a given genotype leads to a phenotype. || - Student is able to determine the phenotypes from the genotypes within the punnett square. - Student is able to accurately predict the blood type ratios of offspring (both genotypic and phenotypic). - Student extends understanding to a novel problem (monohybrid cross). -Student extends understanding to a novel problem (dihybrid cross). || - Student is able to complete a punnett square accurately. - Student is able to determine the phenotypes from the genotypes within the punnett square. - Student is able to accurately predict the blood type ratios of offspring (both genotypic and phenotypic). || - Student is not able to complete a punnett square accurately. - Student is not able to determine the phenotypes from the genotypes within the punnett square. - Student is not able to accurately predict the blood type ratios of offspring (both genotypic and phenotypic). ||
 * Content & Skills || Advanced || On-Target || Novice ||
 * Analysis of blood type genotypes and phenotypes || - Student is able to accurately predict a human blood genotype from a given phenotype.
 * Prediction of blood type ratios upon a random mating || - Student is able to complete a punnett square accurately.

= = = = =(ALT Assessment) Punnett Square Creation and Predictions=

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Group Number:

Male Genotype: Male Blood Type:

Female Genotype: Female Blood Type:

I. Complete the Punnett Square below after you are given your random mating:
__**(Enter Here)**__ ||= __**Copy 2 - Male**__ __**(Enter Here)**__ || __**(Enter Here)**__ ||= (Enter Here) ||= (Enter Here) || __**(Enter Here)**__ ||= (Enter Here) ||= (Enter Here) ||
 * = X ||= __**Copy 1 - Male**__
 * = __**Copy 1 - Female**__
 * = __**Copy 2 - Female**__

1.) What are the possible blood types of the offspring from these parents? Explain.

2.) What are the probabilities of each of these blood types? Explain.

II. Going a step further:
In humans there is a gene which controls gender. There are two alleles, X and Y. Males have are XY. Females are XX. Create a punnet square for a male and a female and complete it.

__**(Enter Here)**__ ||= __**Copy 2 - Male**__ __**(Enter Here)**__ || __**(Enter Here)**__ ||= (Enter Here) ||= (Enter Here) || __**(Enter Here)**__ ||= (Enter Here) ||= (Enter Here) ||
 * = X ||= __**Copy 1 - Male**__
 * = __**Copy 1 - Female**__
 * = __**Copy 2 - Female**__

1.) What are the probabilities (in percent) of the offspring being male or female? Explain.

III. Going even further:
a. Create your own scenario like the one above regarding blood type in humans. Enter the scenario below. b. Create three questions based upon your scenario. Enter the questions below. c. Make sure that you have checked the questions over such that you can figure out the answers!!!

Scenario:

Questions:

IV. Going even further, further:
A man with blood genotype AO (Blood Type A) and a woman with genotype AB (Blood Type AB) marry and have three children.

1.) What is the percentage chance that an offspring will have blood type A? Explain.

2.) What is the percentage chance that an offspring will be a female? Explain.

3.) BONUS 1>>>> What is the percentage chance that the offspring will be a female with blood type A? Explain.

4.) BONUS 2>>>> What is the percentage chance that the offspring will be a male with blood type B? Explain.