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1/29/15 Starter/Practice:  Discuss Mendel’s 3 laws and why genetic variation is important 1/29/15 147 148 Crosses Review Application/Connection Crosses.

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Presentation on theme: "1/29/15 Starter/Practice:  Discuss Mendel’s 3 laws and why genetic variation is important 1/29/15 147 148 Crosses Review Application/Connection Crosses."— Presentation transcript:

1 1/29/15 Starter/Practice:  Discuss Mendel’s 3 laws and why genetic variation is important 1/29/15 147 148 Crosses Review Application/Connection Crosses Review Sheet Exit:  Explain the following:  Intron  Exon  Phenotype  Genotype  Mitosis  Meiosis Crosses Review

2 JANUARY 29, 2015 AGENDA B. 6 F STUDENTS WILL PREDICT POSSIBLE OUTCOMES OF VARIOUS GENETIC COMBINATIONS SUCH AS MONOHYBRID CROSSES, DIHYBRID CROSSES AND NON-MENDELIAN INHERITANCE WHILE READING AND WRITING BY COMPLETING A WS. 1 Starter 2. Practice 3. Ws

3 Date Lecture/ Activity/ Lab Page 1/20 Mitosis/Meiosis 133-134 1/21 Heredity and Genetics Notes and Ws 135-136 1/23 Monohybrid crosses 137-138 1/26 Dihybrid Crosses I 139-140 1/27 Dihybrid cross II 141-142 1/28 Dihybrid cross III 143-144 1/29 Crosses Test Review 145-146 Table of Contents

4 1/29/15 Starter/Practice:  Discuss Mendel’s 3 laws and why genetic variation is important 1/29/15 147 148 Crosses Review Application/Connection Crosses Review Sheet Exit:  Explain the following:  Intron  Exon  Phenotype  Genotype  Mitosis  Meiosis Crosses Review

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