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@tongkhonoithat00: Bàn trang điểm giấu gương gấp gọn Trả khách oder siêu xinh Chất liệu gỗ công nghiệp mdf Lh zeplao 0974…69hai…46ba để được tư vấn chi tiết #bantrangdiem #noithatphongngu #banmakeup

Nội Thất Ngọc Mỹ
Nội Thất Ngọc Mỹ
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Region: VN
Thursday 09 October 2025 10:44:39 GMT
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tiemcophuong99
quetoithanhhoa :
Xin giá ạ
2026-01-02 12:36:29
0
cana_lala
Nà ná na nà na :
Xin giá
2026-03-18 11:42:05
1
nhqnhp
NHQ :
E xin giá
2026-06-07 13:32:36
0
gia.nh3304
Gia đình :
Gỗ này là gỗ gì ạ
2026-02-19 01:54:49
0
yenthuong102
yenthuong102 :
Xinh quá
2025-10-11 12:19:28
1
25022001_25
🍄.𝓝ấ𝔪 ở đâ𝕐.🐍 🇻🇳🇹🇼 :
E xib giá ạ
2025-11-23 02:40:30
1
ngocmang1990
Nguyễn Ngọc Màng :
bn ạ
2025-10-11 05:51:11
1
hufo20
Hufo20 :
E xin giá ạ
2025-11-03 16:05:12
1
2357888817v
skibidi :
xin gia
2025-10-13 14:44:17
1
yi_bo3008
Yi_bo 🦔💕🦈 :
Xin giá ạ
2026-01-02 00:30:47
0
camhai77
Phan Hài 🐉 :
Xin giá ạ
2026-03-13 16:50:42
1
toiwamec_toiyeutien
🧀✨ :
✨✨✨
2025-10-09 12:22:57
1
tiktoktrinhtrinh20
Trinh :
🥰🥰
2025-10-10 05:57:10
0
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A creative and educational project! Here's a step-by-step guide to make a hydraulic crane machine from cardboard using a syringe: Materials Needed - Cardboard (for base, crane arm, and other components) - Syringe (10-20 ml) - Water - Scissors - Glue or hot glue gun - Ruler or straightedge - Pencils or markers - Tape (masking or duct) - Small weights or beads (for counterweight) Step-by-Step Instructions Step 1: Design and Plan 1. Research and study the design of hydraulic cranes. 2. Sketch a basic design, considering the crane's size, shape, and movement. 3. Plan the syringe placement, water flow, and counterweight system. Step 2: Cut Out Cardboard Components 1. Cut out the base, crane arm, and other components from cardboard. 2. Assemble the components using glue or hot glue. Step 3: Create the Hydraulic System 1. Attach the syringe to the crane arm, ensuring it's securely attached. 2. Fill the syringe with color water, 3. Attach a small tube or straw to the syringe, connecting it to a small reservoir or container. Step 4: Add Counterweight and Movement Mechanism 1. Attach small weights or beads to the opposite end of the crane arm, creating a counterweight. 2. Add a movement mechanism, such as a small pulley system or a lever, to control the crane arm's movement. Step 5: Test and Refine 1. Test the crane by injecting water into the syringe, observing the crane arm's movement. 2. Refine the design as needed to achieve a smooth and efficient movement. Step 6: Add Additional Details (Optional) 1. Add a cardboard or paper cover to the crane, creating a more realistic design. 2. Incorporate additional features, such as a rotating base or a lifting hook. 3. Create a themed environment around the crane, such as a construction site or a harbor. Tips and Variations - Use different materials, such as foam board or 3D printed parts, to create a more durable and efficient crane. - Experiment with different syringe sizes or water flow rates to achieve a more precise movement. - Add sensors and programming to enable the crane to respond to environmental changes or user input. - Create a scaled-up or scaled-down version of the crane. Science Project Considerations - Hypothesis: How does the design of the hydraulic system and counterweight affect the crane's movement and efficiency? - Variables: - Independent: Hydraulic system and counterweight design - Dependent: Crane movement and efficiency - Controlled: Water flow rate and syringe size - Data Collection: Record observations, measurements, and calculations related to the hydraulic system and counterweight's design and its effects on the crane's movement and efficiency. - Conclusion: Analyze results, discuss the hydraulic system and counterweight's design and its effects on the crane, and suggest improvements for future designs. #DIY #stem #cardboardcrafts
A creative and educational project! Here's a step-by-step guide to make a hydraulic crane machine from cardboard using a syringe: Materials Needed - Cardboard (for base, crane arm, and other components) - Syringe (10-20 ml) - Water - Scissors - Glue or hot glue gun - Ruler or straightedge - Pencils or markers - Tape (masking or duct) - Small weights or beads (for counterweight) Step-by-Step Instructions Step 1: Design and Plan 1. Research and study the design of hydraulic cranes. 2. Sketch a basic design, considering the crane's size, shape, and movement. 3. Plan the syringe placement, water flow, and counterweight system. Step 2: Cut Out Cardboard Components 1. Cut out the base, crane arm, and other components from cardboard. 2. Assemble the components using glue or hot glue. Step 3: Create the Hydraulic System 1. Attach the syringe to the crane arm, ensuring it's securely attached. 2. Fill the syringe with color water, 3. Attach a small tube or straw to the syringe, connecting it to a small reservoir or container. Step 4: Add Counterweight and Movement Mechanism 1. Attach small weights or beads to the opposite end of the crane arm, creating a counterweight. 2. Add a movement mechanism, such as a small pulley system or a lever, to control the crane arm's movement. Step 5: Test and Refine 1. Test the crane by injecting water into the syringe, observing the crane arm's movement. 2. Refine the design as needed to achieve a smooth and efficient movement. Step 6: Add Additional Details (Optional) 1. Add a cardboard or paper cover to the crane, creating a more realistic design. 2. Incorporate additional features, such as a rotating base or a lifting hook. 3. Create a themed environment around the crane, such as a construction site or a harbor. Tips and Variations - Use different materials, such as foam board or 3D printed parts, to create a more durable and efficient crane. - Experiment with different syringe sizes or water flow rates to achieve a more precise movement. - Add sensors and programming to enable the crane to respond to environmental changes or user input. - Create a scaled-up or scaled-down version of the crane. Science Project Considerations - Hypothesis: How does the design of the hydraulic system and counterweight affect the crane's movement and efficiency? - Variables: - Independent: Hydraulic system and counterweight design - Dependent: Crane movement and efficiency - Controlled: Water flow rate and syringe size - Data Collection: Record observations, measurements, and calculations related to the hydraulic system and counterweight's design and its effects on the crane's movement and efficiency. - Conclusion: Analyze results, discuss the hydraulic system and counterweight's design and its effects on the crane, and suggest improvements for future designs. #DIY #stem #cardboardcrafts

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