420 x 300 x 115 mm. Longitudinal cross section shows the details of cellular anatomy of a generalized monocot.
420 x 300 x 115 mm. Longitudinal cross section shows the details of cellular anatomy...
420 x 300 x 115 mm. Longitudinal cross section shows the details of cellular anatomy of a generalized monocot.
636-7220
.Grades 3 - 9. Our three dimensional 61x45cm model gives a glimpse of the structure inside a seed-bearing woody plant. Cross, transverse, and longitudinal sections illustrate plant anatomy. Includes teacher's guide and color transparency.
Grades 3 - 9. Our three dimensional 61x45cm model gives a glimpse of the structure...
Grades 3 - 9. Our three dimensional 61x45cm model gives a glimpse of the structure inside a seed-bearing woody plant. Cross, transverse, and longitudinal sections illustrate...
636-7415
.Grades 3 - 9. Our 61 x 45cm model features an enlarged view of a typical flower, dissected to show the stem, sepal, petal, stamen and pistil. Trace the path of the male gamete to the female within the ovary. Includes teacher's guide and color transparency.
Grades 3 - 9. Our 61 x 45cm model features an enlarged view of a typical flower,...
Grades 3 - 9. Our 61 x 45cm model features an enlarged view of a typical flower, dissected to show the stem, sepal, petal, stamen and pistil. Trace the path of the male gamete...
636-7420
.12 packs of reusable components. It's easy to visualize the structure of different molecules with our colorful kit. Show how elements combine to form compounds and how atoms bond chemically. Student groups can make many different models and compare them. Includes 12 multi-colored packs, each with 2 carbon tetrahedral centers; 4 oxygen tetrahedral centers; 2 nitrogen tetrahedral centers; 6 chlorine tetrahedral centers; 1 sulfur tetrahedral...
12 packs of reusable components. It's easy to visualize the structure of different...
12 packs of reusable components. It's easy to visualize the structure of different molecules with our colorful kit. Show how elements combine to form compounds and how atoms...
638-1010
.Digestion and Respiration. Reusable. Learn how large molecules are converted to smaller molecules that your body can use. In this innovative teacher developed lab, teams of 4 students construct and develop a 3-dimensional diorama of anaerobic respiration (glycolysis) and aerobic respiration (Kreb's Cycle) following simple steps. Kit includes: 123 hydrogen atoms; 69 carbon atoms; 72 double bond oxygen atoms; 263 bonds; set of labels and...
Digestion and Respiration. Reusable. Learn how large molecules are converted to...
Digestion and Respiration. Reusable. Learn how large molecules are converted to smaller molecules that your body can use. In this innovative teacher developed lab, teams of 4...
638-1110
.How to study a root without uprooting a plant? This will solve the problem. When plants are placed in our tank, the roots spread out to seize as much water as possible. When they encounter the sloped wall, they will spread along them, providing a clear and dramatic view of the intricate root systems. Our unit is 10" x 4.5" x 8" and constructed of welded acrylic, making it very durable. Slides slope at a 20 degree angle. Integrated tray...
How to study a root without uprooting a plant? This will solve the problem. When...
How to study a root without uprooting a plant? This will solve the problem. When plants are placed in our tank, the roots spread out to seize as much water as possible. When...
636-2100
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