表觀電荷的意思、翻譯和例句

是什麼意思

「表觀電荷」是指在某些情況下,物體所表現出的電荷量,這個量可能與物體實際的電荷量不同。表觀電荷通常受到環境因素或物體的形狀、大小、材料等影響。這個概念在物理學和電磁學中非常重要,尤其是在研究電場和電流的行為時。

依照不同程度的英文解釋

  1. The charge that you see on an object.
  2. The charge that appears to be on something.
  3. The charge that is observed, which may not be the real charge.
  4. The effective charge that is measured under certain conditions.
  5. The charge that is perceived based on the object's environment.
  6. The apparent charge influenced by external factors.
  7. A charge that is not the actual charge but is observed due to conditions.
  8. The perceived charge of an object that may differ from its true charge.
  9. The measure of charge that is affected by the object's surroundings and configuration.
  10. The charge that is observed due to various influencing factors, not necessarily the actual charge present.

相關英文單字或片語的差別與用法

1:Apparent Charge

用法:

表觀電荷是指在特定情況下,物體所展現的電荷量,這個量可能因環境或物體的性質而改變。它對於理解電場和電流的行為至關重要。

例句及翻譯:

例句 1:

在這個實驗中,我們測量了導體的表觀電荷

In this experiment, we measured the apparent charge of the conductor.

例句 2:

表觀電荷的變化可以影響電場的強度。

Changes in the apparent charge can affect the strength of the electric field.

例句 3:

科學家們正在研究如何改變物體的表觀電荷以提高其性能。

Scientists are studying how to alter the apparent charge of objects to enhance their performance.

2:Effective Charge

用法:

有效電荷是指在某些條件下,所觀察到的電荷量,這個量可能與實際電荷不同。有效電荷的概念常用於描述在不同環境下的電荷行為。

例句及翻譯:

例句 1:

有效電荷的計算對於設計電路非常重要。

Calculating the effective charge is crucial for designing circuits.

例句 2:

在這種情況下,物體的有效電荷會有所改變。

In this case, the object's effective charge will change.

例句 3:

理解有效電荷的概念有助於我們更好地掌握電磁學。

Understanding the concept of effective charge helps us grasp electromagnetism better.

3:Observed Charge

用法:

觀察到的電荷是指在測量或觀察過程中所得到的電荷值,這個值可能受多種因素影響。

例句及翻譯:

例句 1:

我們在實驗中觀察到的電荷顯示出異常的行為。

The observed charge in our experiment showed unusual behavior.

例句 2:

觀察到的電荷可能會因環境變化而有所不同。

The observed charge may vary due to changes in the environment.

例句 3:

科學家們正在研究如何準確測量觀察到的電荷。

Scientists are researching how to accurately measure the observed charge.