Best Choice Products SKY6900 Instruction Manual

Maze gardening

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INSTRUCTION

MANUAL

Maze Gardening

SKY6900

Ver. 1

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Page 1 INSTRUCTION MANUAL Maze Gardening SKY6900 Ver. 1...
Page 3 CHOKING HAZARD - Small parts. Not for children under 3 years old. 6 YEARS OLD AND UP NOTICE Please retain these instructions for future reference. • Read all instructions before beginning any experiment. • Adult supervision and assistance is recommended. •...
Page 4 PARTS GROWTH CHAMBER GROWTH CHAMBER GROWTH CHAMBER TOP COVER FRONT COVER WALL (TRANSPARENT) 1 PC 1 PC 1 PC GROWTH CHAMBER GROWTH CHAMBER SOIL CONTAINER PARTITIONS (LONG) PARTITIONS (SMALL) FRONT COVER (TRANSPARENT) 4 PCS 6 PCS 1 PC SOIL CONTAINER WATER POT DROPPER 1 PC...
Page 5 BEFORE EXPERIMENTING Cover the bottom of the small tray with a paper towel. Pour enough water to moisten the towel, then press the soy beans into the cloth. Place the tray in a warm place with indirect sunlight. Keep the paper towel damp, and allow 1-3 days for roots to sprout (germination).
Page 6: Product Assembly
PRODUCT ASSEMBLY Attach the part A top cover to the part B transparent front cover , set aside. Locate the part C chamber wall and insert the part D & E partitions as desired. Slide the front cover into the part C chamber wall , take care that the part A top connects to the part C chamber wall .
Page 7 PRODUCT ASSEMBLY Locate the part H water pot and ﬁll with water, set aside. Attach the part G soil container to the part H water pot . Slide the part F soil container front into the part G soil container , then add your preferred soil. Gently push the germinated seeds into the soil, then slide the part C growing chamber into the part G soil container to act as a support for the sprouts as they grow.
Page 8 EXPERIMENT #1 (TRACKING GROWTH) Parts Required: Soil Containment Front Soil Container Water Pot Tools Required: • Small Tray • 4-6 Dried Soy Beans • Paper Towels EXPERIMENT PROCEDURE Place the assembled water and soil container (remove growing chamber) in a window where the plants will receive indirect sunlight.
Page 9 EXPERIMENT PROCEDURE As the plants grow, the leaves will grow toward the sunlight (phototropism) while the roots will grow toward the nutrients in the soil (geotropism). Apply additional water using the dropper and track the growth of the roots and sprouts.
Page 10 EXPERIMENT #2 (PLANT MAZE) Parts Required: Growth Chamber Top Growth Chamber Front Growth Chamber Wall Partition Long Partition Short Cards (x2) Tools Required: • Small Tray • 4-6 Dried Soy Beans • Soil • Paper Towels EXPERIMENT PROCEDURE Place the growing chamber, with the partitions inserted, onto the prepared soil and water pot.
Page 11 EXPERIMENT PROCEDURE Slide two part K cards over the part B growth chamber front , make sure to overlap the cards to prevent any light from entering. Use two part D & E partitions to block all but one of the holes of the part A growth chamber top .
Page 12 EXPERIMENT PROCEDURE Place the assembled product in a window where the plants would receive indirect sunlight. Ideal conditions are between 65 and 70 degrees Fahrenheit. Allow 2-3 days to pass, then lift the cards to observe the growth of the plants. Observe how the sprouts will navigate around the partitions to reach the light.
Page 13 EXPERIMENT #3 (BEAN RACE) Parts Required: Growth Chamber Top Growth Chamber Front Growth Chamber Wall Partition Long Partition Short Cards (x2) Tools Required: • Small Tray • 4-6 Dried Soy Beans • Soil • Paper Towels EXPERIMENT PROCEDURE Repeat steps 1-3 of product assembly. Remove the part D &...
Page 14 EXPERIMENT PROCEDURE Slide one part K card onto one side of the growth chamber and cover one hole in the part A top with one part E partition .
Page 15 EXPERIMENT PROCEDURE Allow 2-3 days, then check the progress of the plants. Observe how the contrast of light e ects the growth of the plants.
Page 16: Help Center
All returns must be shipped back to the Best Choice Products Return Center at the customer’s expense. If the reason for return is a result of an error by Best Choice Products then Best Choice Products will provide a pre-paid shipping label via email. Boxes for return shipping will not be provided by Best Choice Products, and is the customer’s responsibility to either use the original shipping boxes or purchase new boxes.
Page 17 INSTRUCTION MANUAL Eco Energy Center SKY6900 Ver. 1...
Page 19 NOTICE Please retain these instructions for future reference. • Read all instructions before beginning any experiment. • Adult supervision and assistance is recommended. • This product is intended for children of 6 years or older. 6 YEARS OLD AND UP •...
Page 20 PARTS SCREW CAP PLASTIC CUPS CONNECTION WIRES 2 PCS 2 PCS 4 PCS LED LIGHT TOWER LCD CLOCK SOUND CHIP 1 PC 1 PC 1 PC TRANSPARENT COPPER PLATES ZINC PLATES ADHESIVE STRIPS 1 PC 4 PCS 4 PC...
Page 21 EXPERIMENT #1 Parts Required: Connection Wires (x4) LCD Clock Transparent Adhesive Strips Copper Plates (x2) Zinc Plates (x2) Tools Required: • 2 Potatoes (Or your preferred fruit) EXPERIMENT PROCEDURE Connect the black (negative) wire from the part E LCD clock to one of the part I zinc plates ; thread the exposed wire through plate’s hole, then twist the wire back on itself and secure with a part G adhesive strip if desired.
Page 22 EXPERIMENT PROCEDURE Connect red (positive) wire from the part E LCD clock to one of the part H copper plates ; thread the exposed wire through plate’s hole, then twist the wire back on itself and secure with a part G adhesive strip if desired. NOTE: Always connect the negative wire to the zinc (gray plate) and the positive wire to the copper (brown plate).
Page 23 EXPERIMENT PROCEDURE Insert the wire and plate assemblies into the prepared fruits/vegetables as shown. Observe as the two metals, stimulated by the electrolytes and liquid within the fruit/vegetable, act as positive and negative electrodes. The wires act as an exchange, creating an electrical current to feed power to the clock.
Page 24 EXPERIMENT #2 Parts Required: Connection Wires (x4) Sound Chip Transparent Adhesive Strips Copper Plates (x2) Zinc Plates (x2) Tools Required: • 2 Small Potted Plants • (Alt) 2 Cups of Garden Soil EXPERIMENT PROCEDURE Connect the black (negative) wire from the part F sound chip to one of the part I zinc plates ; thread the exposed wire through plate’s hole, then twist the wire back on itself and secure with a part G adhesive strip if desired.
Page 25 EXPERIMENT PROCEDURE Connect red (positive) wire from the part F sound chip to one of the part H copper plates ; thread the exposed wire through plate’s hole, then twist the wire back on itself and secure with a part G adhesive strip if desired. NOTE: Always connect the negative wire to the zinc (gray plate) and the positive wire to the copper (brown plate).
Page 26 EXPERIMENT PROCEDURE Insert the wire and plate assemblies into the prepared plants/soil cups as shown. Make sure the soil is reasonably moist Listen to the sound chip for any noises it creates. To amplify the sound, tape the chip to the bottom of a paper cup.
Page 27 EXPERIMENT #3 Parts Required: Screw Cap (x2) (Not Used If Plastic Cups Are) Plastic Cups (x2v) (Alt Water Bottles) Connection Wires (X4) LED Light Tower Transparent Adhesive Strips Copper Plates (x3) Zinc Plates (x3) Tools Required: • 3 Small Plastic Water Bottles (Optional) EXPERIMENT PROCEDURE Fill three water bottles or three part B plastic cups with water.
Page 28 EXPERIMENT PROCEDURE Connect the black (negative) wire from the part D LED Light Tower to one of the part I zinc plates ; thread the exposed wire through plate’s hole, then twist the wire back on itself and secure with a part G adhesive strip if desired. Connect red (positive) wire from the part D LED Light Tower to one of the part H copper plates ;...
Page 29 EXPERIMENT PROCEDURE Use the previously described method to connect one part I zinc plate and one part H copper plate to either end of one part C connection wire . Repeat to create a second connection pair. Insert the wire and plate assemblies into the part A bottle caps or part B plastic cups as shown.
Page 30 EXPERIMENT #4 Parts Required: Plastic Cups Connection Wires (X4) Sound Chip Transparent Adhesive Strips Copper Plates (x2) Zinc Plates (x2) Tools Required: • 2 Bare Metal Paper Clips • Vinegar EXPERIMENT PROCEDURE Fill the two part B plastic cups with water and vinegar.
Page 31 EXPERIMENT PROCEDURE Connect the black (negative) wire from the part F sound chip to one of paper clips; thread the exposed wire through clip, then twist the wire back on itself and secure with a part G adhesive strip if desired. Connect red (positive) wire from the part F sound chip to one of the part H copper plates ;...
Page 32 EXPERIMENT PROCEDURE Use the previously described method to connect one part I zinc plate and a second paper clip to either end of one part C connection wire . Insert the wire and plate assemblies into the prepared cups as shown. Listen to the sound chip for any noises it creates.
Page 33 Revise To New Title Add Age Grade “Ages 6+” (not “Enviro Battery”) at Front Cover Experiment 3 - Experiment 4 - Experiment 6 - From The Kit: LED Light Tower, 3 Bottle Screw Caps, 3 Zinc Plates, 3 Copper Plates, Connecting Wires From Your Home: 3 Small Plastic Water Bottles (or plastic cups provided - bottle screw caps not needed) Please change the time shown...
Page 34 EXPERIMENT #5 Parts Required: Sound Chip Tools Required: • Vinegar • Clothespin • Aluminum Foil • 2 Cotton Pads • 2 Copper or Alloyed Coins EXPERIMENT PROCEDURE Cut the aluminum and cotton to the same size as the coins. ALUMINUM COTTON COIN...
Page 35 EXPERIMENT PROCEDURE Soak the cotton pads with vinegar and set them aside. NOTE: Soak the pads to the point they are moist but not dripping. SOAKED COTTON Stack the three materials in the following order: Aluminum > soaked cotton > coin > aluminum > soaked cotton > coin. ALUMINUM SOAKED COTTON COIN...
Page 36 EXPERIMENT PROCEDURE Place the red wire from the part F sound chip on the coin side of the stacked materials. Repeat with the black wire on the aluminum side of the stacked materials. Clip the clothes peg to the wires on the top and bottom to hold them in place. Note that the sound will dampen as the vinegar evaporates.
Page 37 EXPERIMENT #6 Parts Required: Connection Wires LCD Clock Zinc Plates (x2) Transparent Adhesive Strips Tools Required: • Lemon (Cut in half) • 2 Metal Forks EXPERIMENT PROCEDURE Cut the lemon in two equal halves.
Page 38 EXPERIMENT PROCEDURE Connect the black (negative) wire from the part E LCD clock to one of the part I zinc plates ; thread the exposed wire through clip, then twist the wire back on itself and secure with a part G adhesive strip if desired.
Page 39 EXPERIMENT PROCEDURE Use the previously described method to connect one part I zinc plate and a second fork to either end of one part C connection wire . Insert the wire and plate assemblies into the prepared lemon halves. Observe as the two metals, stimulated by the electrolytes and liquid within the fruit/vegetable, act as positive and negative electrodes.
Page 40: Setting The Watch
SETTING THE WATCH Press A twice and the display the “Month” mode. Press B to adjust to the correct month, press A again to conﬁrm the month. After the month is conﬁrmed, the set “Day” mode will display. Press B to adjust to the correct day, press A again to conﬁrm.
Page 41: Troubleshooting
TROUBLESHOOTING If your experiment produces a weak sound or light signal, perform one of the following: Allow at least 5 minutes for the reaction to take place. Add an additional connection to increase the reactivity of the experiment. Examine the metal plates for oxidation (rust). Use sandpaper to remove any visible rust. Place the metal plates closer together (do not allow them to touch).
Page 42 EXPERIMENT RECORD SHEET Positive Negative Display Number of Electrotype Comment Electrode Electrode Media Connectors...
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Page 44 Earn points while you shop. Join today! Give your friends 15% o their ﬁrst order! For each successful referral you’ll receive 100 points. bestchoiceproducts.com...
Page 45: Help Center
All returns must be shipped back to the Best Choice Products Return Center at the customer’s expense. If the reason for return is a result of an error by Best Choice Products then Best Choice Products will provide a pre-paid shipping label via email. Boxes for return shipping will not be provided by Best Choice Products, and is the customer’s responsibility to either use the original shipping boxes or purchase new boxes.
Page 46 INSTRUCTION MANUAL Filtration Fun SKY6900 Ver. 1...
Page 48: Tools Required
CHOKING HAZARD - Small parts. This set contains chemicals that may be harmful if misused. Read cautions on individual containers Not for children under 3 years old. carefully. Not to be used by children except under adult supervision. 6 YEARS OLD AND UP NOTICE Please retain these instructions for future reference.
Page 49 PARTS FILTRATION FUNNEL FILTRATION TUBE FILTRATION BASE 1 PC 4 PCS 1 PC FILTRATION CUP CRUSHED GRANITE PORCELAIN SAND CRUSHED GRANITE PORCELAIN SAND 1 PC 1 PC 1 PC ACTIVATED CARBON QUARTZ SAND BAKING SODA ACTIVATED CARBON QUARTZ SAND BAKING SODA 1 PC 1 PC 1 PC...
Page 50 PARTS PH TEST STRIPS 5 PCS EXPERIMENT #1 Parts Required: Filtration Funnel Filtration Tube (x4) Filtration Base Filtration Cup Sponge (x3) Filtration Paper Tools Required: • Dirty Water EXPERIMENT PROCEDURE Place one part L ﬁltration paper in the bottom of one part B ﬁltration tube , then attach the tube to the part C ﬁltration base .
Page 51 EXPERIMENT PROCEDURE Insert a part K sponge into the bottom of one part B ﬁltration tube , then place one part L ﬁltration paper on the top. Press the tube into the ﬁltration base assembly. Repeat until the remaining tubes are assembled as shown below. Attach the part A ﬁltration funnel to the top.
Page 52 EXPERIMENT PROCEDURE DO NOT use food or cleaning Create some dirty water by mixing dirt products to create your dirty and other particulates with clean water. water. DIRTY WATER Slowly poor the water into the part A ﬁltration funnel . Observe as the water passes through the paper and sponges, separating the particulates from the water.
Page 53 EXPERIMENT #2 Parts Required: Filtration Funnel Filtration Tube (x4) Filtration Base Filtration Cup Crushed Granite Porcelain Sand Activated Carbon Quartz Sand Sponge (x3) Filtration Paper Tools Required: • Dirty Water EXPERIMENT PROCEDURE Repeat steps 1-2 of Water Science Experiment #1, but add the part E crushed granite , part F porcelain sand , part G activated carbon , and part H quartz sand between the sheets of part L ﬁltration paper as shown..
Page 54 EXPERIMENT PROCEDURE Create muddy water with clean dirt/soil and water, then poor the mixture into the part A funnel . Notice how the water passes through the ﬁlters and particulates. Observe how it ﬂows through the heavier particulates and slows on the smaller ones. The larger the particulates are poorer ﬁlters while the smaller particulates capture more of the dirt in the water.
Page 55 EXPERIMENT #3 Parts Required: Potassium Alum Tools Required: • Measure Cup • Cups (x4) • Measuring Spoon • Rice-Washing Water (4 Cups) • Stirring Stick • Baking Soda EXPERIMENT PROCEDURE Fill two cups with 50ml of water, then add half a teaspoon of part J potassium alum to one cup, and one half teaspoon of baking soda to the other.
Page 56 EXPERIMENT PROCEDURE Pour the rice water into two cups. Fill each glass to 1/3rd its capacity. RICE WATER RICE WATER Add 5 teaspoons of part J potassium alum solution into each cup of rice water, then add 3 teaspoons of baking soda. Stir slowly then set aside the two glasses for two hours beside two more glasses of rice water.
Page 57 EXPERIMENT PROCEDURE Observe the way the chemicals separate the rice starch from the water and settles at the bottom of the glass, while the rice water without chemicals remains cloudy.
Page 58 EXPERIMENT #4 Parts Required: Activated Carbon Tools Required: • Water • Soy Sauce • Plastic Bottle EXPERIMENT PROCEDURE Wash the part G activated carbon in the water until the water runs clear. NOTE: Carbon is porous, if bubbles appear, it is because water is displacing air on the surface. WATER ACTIVATED CARBON...
Page 59 EXPERIMENT PROCEDURE Fill one of the plastic bottles with water to 1/3rd its capacity. Add a half teaspoon of soy sauce. Mix until the water resembles the color of tea. SOY SAUCE Pour one half of the soy sauce water into another plastic bottle.
Page 60 EXPERIMENT PROCEDURE Scoop 3-4 teaspoons of washed part G activated carbon into one bottle of the diluted soy sauce water. Gently stir. ACTIVATED CARBON Place the two bottles of soy sauce water side by side and leave standing for 2-3 hours. Compare the color of the water in the two bottles and note how the activated carbon absorbs the soy sauce.
Page 61: Help Center
All returns must be shipped back to the Best Choice Products Return Center at the customer’s expense. If the reason for return is a result of an error by Best Choice Products then Best Choice Products will provide a pre-paid shipping label via email. Boxes for return shipping will not be provided by Best Choice Products, and is the customer’s responsibility to either use the original shipping boxes or purchase new boxes.
Page 62 INSTRUCTION MANUAL Arachno-Bot SKY6900 Ver. 1...
Page 64 NOTICE Please retain these instructions for future reference. • Read all instructions before beginning any experiment. • Adult supervision and assistance is recommended. • This product is intended for children of 6 years or older. • Keep out of reach of children and animals when not in use. •...
Page 65: Mechanical Parts
MECHANICAL PARTS GEAR BOX SWITCH NEGATIVE POSITIVE TERMINAL TERMINAL 1 PC 1 PC 1 PC 1 PC RUBBER TUBE 1 PC STRUCTURAL PARTS BODY STRUCTURE Spider Back (x2 Sets) Gear Guide Handle Gear Box Bracket Body Connector...
Page 66 STRUCTURAL PARTS ARTICULATION STRUCTURE Connector Tab B (x9) Switch Cover Body Bottom Gear I (x2) Gear II (x4) Connector Tab A (x9) STRUCTURAL PARTS LEG STRUCTURE Leg Set (x2) Lower Leg Outer Support Set (x2) Lower Leg Inner Support Set (x2) Upper Leg Support...
Page 67: Product Assembly
PRODUCT ASSEMBLY Attach the part P1 gear box to the part B3 body bottom , and thread the black wire through the notch on the body bottom side. Secure the gearbox by connecting the part A4 gearbox bracket to the part B3 body bottom . RED WIRE BLACK WIRE Thread the red wire under the part A4 bracket to the other side of the part B3 body bottom ,...
Page 68 PRODUCT ASSEMBLY Flip the part B3 body bottom and locate the black and red wires. Locate the part P5 tube and cut two small lengths o (approx. 1cm), then place that length of tube onto the end of each wire. Locate the P3 &...
Page 69 PRODUCT ASSEMBLY Locate the part A3 handle and attach it to the spaces on the sides of the battery chamber then set this assembly aside. Locate the part A2 gear guide and arrange two part B5 and one part B4 gears onto the guide as shown.
Page 70 PRODUCT ASSEMBLY Attach one part C4 upper leg support to one part C1 spider leg . Attach one part C2 lower leg outer support to the lower hole in the part C1 spider leg . Attach one part C3 lower leg inner support to the part C2 outer support . Repeat on the opposite side to assemble a second leg.
Page 71 PRODUCT ASSEMBLY Attach the two leg assemblies to the part A1 spider back assembly as shown with two part B6 connector tabs and two part B1 connector tabs as shown Once secure, repeat steps 7 & 8 to assemble two more legs, then attach them to the same spider back assembly as shown.
Page 72 PRODUCT ASSEMBLY Insert one AA battery into the battery chamber on the part B3 body bottom. Locate the part P5 rubber tube and cut eight equal pieces, then a x them to the tips of the spider legs. Secure the two assemblies by attaching the part A5 body connector . Flip the switch on to activate the spider robot.
Page 73 All returns must be shipped back to the Best Choice Products Return Center at the customer’s expense. If the reason for return is a result of an error by Best Choice Products then Best Choice Products will provide a pre-paid shipping label via email. Boxes for return shipping will not be provided by Best Choice Products, and is the customer’s responsibility to either use the original shipping boxes or purchase new boxes.

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