For 50 students. Reusable. Duplicate Mendel's years of research in a mere five lab periods. In our series of simulated experiments, students will experience - and solve - Mendel's problems. Activities in our game-like lab are: Mendel's Law of Genetics; Simulate gametogenesis/fertilization; Learn about purebred and hybrid inheritance, co-dominance (blending) and Law of Dominance Kit includes: Discs to represent pure dominant, pure...
For 50 students. Reusable. Duplicate Mendel's years of research in a mere five lab...
For 50 students. Reusable. Duplicate Mendel's years of research in a mere five lab periods. In our series of simulated experiments, students will experience - and solve -...
638-2110
.For 32 students. Reusable. This kit simulates selective breeding for specific traits in crops such as corn. Corn kernel color and sweetness are investigated using Punnett squares to gain an understanding of the scientific concepts of genotype, phenotype and inheritance. Kit includes: 16 each of 4 types of "corn"; 2 color transparencies; 32 student worksheets; 32 handouts on crop breeding; instructions.
For 32 students. Reusable. This kit simulates selective breeding for specific traits...
For 32 students. Reusable. This kit simulates selective breeding for specific traits in crops such as corn. Corn kernel color and sweetness are investigated using Punnett...
638-2115
.For 50 students. This kit is a great introduction to Mendelian genetics since it's based on the transmission of a single inherited trait. Each student will determine if he can taste harmless PTC (phenythiocarbamide) in our controlled experiment. After testing family members, students will pool their data and calculate random segregation according to the Hardy-Weinberg Law. They will also construct a family tree for this single trait. Kit...
For 50 students. This kit is a great introduction to Mendelian genetics since it's...
For 50 students. This kit is a great introduction to Mendelian genetics since it's based on the transmission of a single inherited trait. Each student will determine if he can...
638-2120
.For 30 students. Reusable. This kit will help your class clarify the laws of chance and probability. They will realize that a single event does not necessarily affect the results of later trials of the same event and that the chance of two independent events occurring together is the multiplication of their chances of occurring separately. Kit includes: 8 boxes each containing 400 red and white plastic extrusions; 30 student data charts;...
For 30 students. Reusable. This kit will help your class clarify the laws of chance...
For 30 students. Reusable. This kit will help your class clarify the laws of chance and probability. They will realize that a single event does not necessarily affect the...
638-2210
.Grades 7 - 12. Reusable. Investigate the Mendelian Laws of genetics by simulating genetic crosses using factors for single gene inheritance along with two other factors. Record experimental crosses of phenotype and genotype ratios and compare these with expected mathematical ratios.
Grades 7 - 12. Reusable. Investigate the Mendelian Laws of genetics by simulating...
Grades 7 - 12. Reusable. Investigate the Mendelian Laws of genetics by simulating genetic crosses using factors for single gene inheritance along with two other factors....
638-2215
.Grades 7 - 12. Reusable. Construct a segment of DNA involving adenine, thymine, cytosine and guanine using our color-coded pieces. Kit includes: 12 packs of model parts, each sufficient to construct a segment of 6-paired bases, reproducible student worksheets and instructions. Single packets also available.
Grades 7 - 12. Reusable. Construct a segment of DNA involving adenine, thymine,...
Grades 7 - 12. Reusable. Construct a segment of DNA involving adenine, thymine, cytosine and guanine using our color-coded pieces. Kit includes: 12 packs of model parts, each...
638-2310
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