Foil Electroscope Teacher Demonstrates Electrostatic Experiment Physics Electrical Experimental Equipment Teaching Instrument Electrometer Foil
JPY 6495
Price Details
Excluding Shipping & Custom charges ( Shipping and custom charges will be calculated on checkout )
*All items will import from アメリカ
QTY:
Ubuyはお客様のセキュリティとプライバシーの保護に努めています。当社の高度な決済セキュリティシステムは、AES(高度暗号化標準)およびSSL(セキュアソケットレイヤー)プロトコルを使用して送信中の情報を暗号化することで機密性を確保しています。お客様の決済情報は第三者の販売者と共有されることはなく、100%安全に保護されています。
Check if an object is positively or negatively charged with our highly sensitive foil electroscope, perfect for practical science experiments!
Fast
Shipping
Free
Return*
安全な梱包
100%本物
PCI DSS 準拠
ISO 27001 保証
この商品の利点
製品詳細
| Item Weight | 0.65 lbs (290 grams) |
どんな人にお勧めですか?
-
Science Educators
Ideal for teachers demonstrating electrostatic principles in classrooms to engage students in interactive learning.
-
Physics Students
Beneficial for students studying electricity and magnetism, providing a hands-on experimental approach.
-
Science Demonstrations
Perfect for science fairs or public demonstrations showcasing electrostatic principles in an eye-catching manner.
-
Casual Users
Not suitable for hobbyists or casual users seeking a simple or low-cost electrostatic device.
-
Non-technical Users
Less suitable for users without a background in physics, as operations may require understanding of basic principles.
-
Advanced Research
Not appropriate for advanced scientific research, as it lacks precision and complexity needed for rigorous studies.
製品説明書
Foil Electroscope Teacher Demonstrates Electrostatic Experiment Physics Electrical Experimental Equipment Teaching Instrument Electrometer Foil Electroscope - Physical Electrostatic
顧客の質問と回答
-
質問:
What is a foil electroscope and how does it work?
答え: A foil electroscope is a scientific instrument designed to demonstrate electrostatic principles. It consists of metal strips (usually foil) suspended from a conductive rod. When the rod is charged, the foil strips repel each other due to like charges, visibly indicating the presence of electric charge. This apparatus is an excellent tool for teachers to illustrate fundamental concepts of electrostatics in physics classes, enabling students to observe charge interactions firsthand. -
質問:
What experiments can be performed using a foil electroscope?
答え: A foil electroscope can be utilized in various experiments to explore electrostatic phenomena. Common experiments include showing contact charging, induction, and charge transfer methods. For instance, rubbing a balloon on hair and then bringing it close to the electroscope will cause the foil strips to diverge, illustrating the concept of charge creation. These experiments not only engage students but also deepen their understanding of electrostatic principles. -
質問:
Is the foil electroscope suitable for all age groups?
答え: Yes, the foil electroscope is suitable for a wide range of age groups, making it an ideal educational tool. It can be used in primary science classes to introduce young students to basic electrostatic concepts and in advanced physics classes to explain more complex theories such as charge quantization. Its simplicity in design allows for hands-on learning that accommodates various learning styles while sparking curiosity about physics. -
質問:
How can a foil electroscope be used in active learning?
答え: A foil electroscope is perfect for active learning environments where students can participate in experiments. Teachers can facilitate group activities where students explore how different materials affect charging, promoting collaboration and discussion. This hands-on approach enhances understanding as students conduct experiments, observe results, and draw conclusions, making physics concepts more relatable and memorable. -
質問:
What materials are needed to set up a foil electroscope?
答え: To set up a foil electroscope, you will need a metal rod, thin metal foil strips, an insulating base, and a sphere or another conductive object for charging. While the electroscope itself provides the mechanism for observing electrostatic forces, diverse charging sources can be used, such as fur, plastic rods, or balloons, allowing experimentation with various materials to see their effects on electrostatic charges. -
質問:
What safety precautions should be taken when using a foil electroscope?
答え: When using a foil electroscope, it is essential to observe general safety precautions. Ensure the workspace is dry, as moisture can affect the results, and avoid using excessively high voltages which could lead to accidents. While working with students, explain proper handling techniques and stress the importance of not touching charged materials to prevent unwanted discharges. By following these measures, users can conduct experiments safely and effectively. -
質問:
How durable is a foil electroscope for classroom use?
答え: A foil electroscope is generally quite durable for classroom use due to its simple construction. However, care should be taken when handling the foil strips, as they can become bent or torn if mishandled; replacements can be easily made with new foil. Regular maintenance, such as checking the connections and ensuring the rod and base are intact, will ensure its longevity in educational settings, providing reliable demonstrations for multiple classes. -
質問:
Can a foil electroscope demonstrate different types of charges?
答え: Yes, a foil electroscope can effectively demonstrate both positive and negative charges. By using various materials, such as rubber or glass, and charging them through friction, students can see how the electroscope reacts differently based on the type of charge. This interaction helps students grasp the concept that like charges repel and opposite charges attract, which are fundamental principles in electrostatics. -
質問:
What age group is best suited for learning with a foil electroscope?
答え: Foil electroscopes are suitable for educational use from elementary school up through high school and even into introductory college physics courses. Younger students can grasp basic concepts of static electricity, while older students can delve into more complex theories, making it an adaptable tool for a broad spectrum of educational contexts. This flexibility allows it to engage students at various levels of understanding. -
質問:
Where can I buy Foil Electroscope Teacher Demonstrates Electrostatic Experiment Physics Electrical Experimental Equipment Teaching Instrument Electrometer Foil in Japan?
答え: You can buy the Foil Electroscope Teacher Demonstrates Electrostatic Experiment at Ubuy. Ubuy is known for offering a wide selection of educational tools and scientific equipment, making it a reliable source for acquiring this electroscope in Japan. By shopping at Ubuy, you can take advantage of their user-friendly interface, detailed product descriptions, and helpful customer service to find exactly what you need for your educational setting.
EUQKKWLOY Science Kits & Toys Editorial Review
お客様のレビュー&評価
-
5 星
100%
-
4 星
0%
-
3 星
0%
-
2 星
0%
-
1 星
0%
この商品のレビュー
お考えをお聞かせください
Product Price History
重要な情報
- 注意:国際運送の商品に関して、製造会社保障は無効になる可能性、アフターサービスは受けれない可能性、取説や安全情報は発送先の言語になっていない可能性ある。商品とその付属品は配送先の国の規格、仕様、ラベル表示法などに適応していない可能性があります。また、配送先の国の電力企画に適応しいない(アダプタや変換器を必要とする)可能性があります。ご注文の商品は配送先の国に輸入することは合法なのかを確認するのは購入者の責任になります。Ubuyからご購入の際、受け取り者は正式な輸入者となり、配送先の全ての法律やルールに遵守する必要があります。
- Ubuyはグローバル検索エンジンのためリストにある全ての商品が購入できないことがあります。商品は輸出規制、貿易規制があります。
JPY 6495
今すぐ注文すると 頃に届きます 火曜日, 7月 21
This item is not restrict in my country.(Please click on above link if this item is not restrict in your country, So our team will review and allow.)
QTY:
Ubuyはお客様のセキュリティとプライバシーの保護に努めています。当社の高度な決済セキュリティシステムは、AES(高度暗号化標準)およびSSL(セキュアソケットレイヤー)プロトコルを使用して送信中の情報を暗号化することで機密性を確保しています。お客様の決済情報は第三者の販売者と共有されることはなく、100%安全に保護されています。
特徴と利点
- Instantly check if an object is positively or negatively charged.
- High sensitivity and reliable performance.
- Ideal for educational purposes and enhancing observation skills.
- Demonstrates key concepts in electricity and magnetism.
- Durable and well-insulated all-plastic design.
- Engaging and informative for both students and science enthusiasts.