QuestionAugust 23, 2025

Instructions: Read each question carefully. Answer all questions in the space provided. Choose your level (Basic.Intermediate, or Advanced) based on your confidence. 1. What is a diffraction grating? __ 2. Who is credited with inventing the diffraction grating? __ 3. What do spectroscopes help astronomers study? __ 4. How did the invention of the diffraction grating improve astronomical observations compared to earlier methods? __ 5. What important discovery in astronomy was made possible by using spectroscopes with diffraction gratings? __ 6. Discuss how spectroscopic analysis using diffraction gratings has contributed to

Instructions: Read each question carefully. Answer all questions in the space provided. Choose your level (Basic.Intermediate, or Advanced) based on your confidence. 1. What is a diffraction grating? __ 2. Who is credited with inventing the diffraction grating? __ 3. What do spectroscopes help astronomers study? __ 4. How did the invention of the diffraction grating improve astronomical observations compared to earlier methods? __ 5. What important discovery in astronomy was made possible by using spectroscopes with diffraction gratings? __ 6. Discuss how spectroscopic analysis using diffraction gratings has contributed to
Instructions:
Read each question carefully.
Answer all questions in the space provided.
Choose your level (Basic.Intermediate, or Advanced) based on your confidence.
1. What is a diffraction grating?
__
2. Who is credited with inventing the diffraction grating?
__
3. What do spectroscopes help astronomers study?
__
4. How did the invention of the diffraction grating improve astronomical observations
compared to earlier methods?
__
5. What important discovery in astronomy was made possible by using spectroscopes
with diffraction gratings?
__
6. Discuss how spectroscopic analysis using diffraction gratings has contributed to

Solution
4.7(329 votes)

Answer

1. Optical component with closely spaced lines. ### 2. Henry Augustus Rowland. ### 3. Composition, temperature, density, motion of celestial objects. ### 4. Improved spectral resolution and wavelength measurement. ### 5. Chemical composition of stars and galaxies. ### 6. Understanding stellar compositions, detecting exoplanets, measuring redshifts, studying cosmic phenomena. Explanation 1. Define Diffraction Grating A diffraction grating is an optical component with a pattern of regular, closely spaced lines or grooves that diffract light into several beams. 2. Identify Inventor Henry Augustus Rowland is credited with inventing the diffraction grating. 3. Purpose of Spectroscopes Spectroscopes help astronomers study the composition, temperature, density, and motion of celestial objects by analyzing their light spectra. 4. Improvement in Observations The invention of the diffraction grating allowed for more precise measurement of wavelengths, improving spectral resolution compared to earlier prism-based methods. 5. Important Discovery The discovery of the chemical composition of stars and galaxies was made possible by using spectroscopes with diffraction gratings. 6. Contribution of Spectroscopic Analysis Spectroscopic analysis using diffraction gratings has contributed to understanding stellar compositions, detecting exoplanets, measuring redshifts, and studying cosmic phenomena like black holes and nebulae.

Explanation

1. Define Diffraction Grating<br /> A diffraction grating is an optical component with a pattern of regular, closely spaced lines or grooves that diffract light into several beams.<br /><br />2. Identify Inventor<br /> Henry Augustus Rowland is credited with inventing the diffraction grating.<br /><br />3. Purpose of Spectroscopes<br /> Spectroscopes help astronomers study the composition, temperature, density, and motion of celestial objects by analyzing their light spectra.<br /><br />4. Improvement in Observations<br /> The invention of the diffraction grating allowed for more precise measurement of wavelengths, improving spectral resolution compared to earlier prism-based methods.<br /><br />5. Important Discovery<br /> The discovery of the chemical composition of stars and galaxies was made possible by using spectroscopes with diffraction gratings.<br /><br />6. Contribution of Spectroscopic Analysis<br /> Spectroscopic analysis using diffraction gratings has contributed to understanding stellar compositions, detecting exoplanets, measuring redshifts, and studying cosmic phenomena like black holes and nebulae.
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