Buy eisco Illuminated sun earth moon orbital model 12 25 H X 16
Buy Eisco Illuminated Sun Earth Moon Orbital Model 12 25 H X 16 This item: eisco illuminated sun, earth & moon orbital model, 12.25" h x 16.25" w 12v light bulb demonstrates sunlight on earth & moon solar eclipse demonstration includes experiment guide $128.99 $ 128 . 99. The model features a 5.9" sun, a 4" diameter earth and a 1" diameter moon. the earth can be manually moved to show its rotation around the sun, and the moon can be moved to show its rotation around the earth. the sun has led inside which demonstrates the effect that sunlight has on the earth and moon. requires two aa batteries (not included).
eisco sun earth moon Orbiter Eclipse model Bd0075 With Experiment
Eisco Sun Earth Moon Orbiter Eclipse Model Bd0075 With Experiment Eisco sun, earth, and moon orbital model. (0) write a review. click to zoom. item #: 2011740. $310.69. $233.02. ships directly from manufacturer typically within 2 4 weeks lead times vary. free shipping eligible: details. 470324 776. eisco® illuminated sun, earth, and moon orbital model. models astronomy models. three dimensional model allows students to study the motion of the earth and moon around the sun, and demonstrates the science behind phenomena such as seasons, phases of the moon, eclipses, and tides. features a 5.9" Ø sun, 4" Ø earth and a 1" Ø moon. Eisco sun, earth, & moon orbiter model. grades: 5 12 number of students: 2 4 number of lessons: 4 contact hours: 2 4 additional resources: experiment guide highlights: this three dimensional model allows students to study the motion of the earth and moon around the sun, and demonstrates the science behind phenomena such as seasons, phases of the moon, eclipses, and tides. In stock 72 available. earth, sun & moon || model features a 5.9" diameter sun, 4" diameter earth and a 1" diameter moon. both the earth and the moon are situated on metal rods, and can be moved to show relative motion and position. demonstrates sunlight || model is equipped with a 12v bulb that is located inside of the sun to show the effect.