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A radar emits radio waves in vacuum having wavelength 71.7 mm. What is the angular frequency of these waves (in Grad/s)? (1 Grad = 10⁹ rad) (Use c = 2.9979 × 108 m/s) Grad/s

A radar emits radio waves in vacuum having wavelength 71.7 mm. What is the angular frequency of these waves (in Grad/s)? (1 Grad = 10⁹ rad) (Use c = 2.9979 × 108 m/s) Grad/s

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### Problem Statement A radar emits radio waves in a vacuum with a wavelength of 71.7 mm. What is the angular frequency of these waves (in Grad/s)? - **Conversion**: 1 Grad = 10\(^9\) rad - **Speed of light (c)**: 2.9979 × 10\(^8\) m/s **Answer:** ______ Grad/s [Below this, there is a space provided for the answer input.]
Transcribed Image Text:### Problem Statement A radar emits radio waves in a vacuum with a wavelength of 71.7 mm. What is the angular frequency of these waves (in Grad/s)? - **Conversion**: 1 Grad = 10\(^9\) rad - **Speed of light (c)**: 2.9979 × 10\(^8\) m/s **Answer:** ______ Grad/s [Below this, there is a space provided for the answer input.]
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