Junior Secondary · Science

Electromagnetic spectrum :練習問題

その場で採点される選択問題 5 問と、解説つきの記述問題 5 問。すべて「Electromagnetic spectrum 」からの出題です。

10 問23 無料・登録不要
問 1
1

In the visible spectrum of light, which colour is located between yellow and blue?

問 2
1

Among Infrared radiation, Visible light, and Ultraviolet (UV) radiation, which statement correctly compares their physical properties and potential hazards?

問 3
1

If the frequency of an electromagnetic wave is doubled while it is traveling through a vacuum, how will its wavelength and speed change?

問 4
1

Which type of electromagnetic radiation is primarily responsible for causing sunburn upon excessive exposure to the sun?

問 5
1

In the electromagnetic spectrum, different types of radiation are categorized by their physical properties. Which of the following statements is correct?

問 6
2

In a vacuum, does ultraviolet radiation travel faster than, slower than, or at the same speed as visible light?

まず自分で答えを書いてから、解説と照らし合わせましょう。

問 7
3

Search and rescue teams often use infrared cameras to locate people trapped in dark or smoke-filled environments. Explain why infrared radiation is more effective than visible light for this specific task.

まず自分で答えを書いてから、解説と照らし合わせましょう。

問 8
6

Explain how the energy level of X-rays allows them to be used for imaging broken bones, and describe why medical staff must use lead shielding when operating X-ray machines daily.

まず自分で答えを書いてから、解説と照らし合わせましょう。

問 9
3

When white light is passed through a glass prism, it is dispersed into a band of different colours known as the visible spectrum.

(a) List the seven colours of the visible spectrum in order of increasing frequency.
(b) Which colour in the visible spectrum has the longest wavelength?
(c) State whether visible light is the only form of radiation in the electromagnetic spectrum.

まず自分で答えを書いてから、解説と照らし合わせましょう。

問 10
4

A student is investigating how objects appear under different coloured lights in a dark laboratory.

(a) State the three primary colours of light.
(b) A student places a purely blue filter in front of a white light source and shines it on a green leaf. What colour will the leaf appear to be?
(c) Explain your answer in part (b) by describing how the leaf interacts with the blue light.

まず自分で答えを書いてから、解説と照らし合わせましょう。

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