This physics problem tests your understanding of fundamental physical laws and their applications. The step-by-step solution below breaks down the problem using relevant equations and physical reasoning.
ScanSolve AI Answer
Here are the solutions for both parts: 10d i) Given: Frequency f = 60 \, Hz Wavelength = 0.6 \, cm Step 1: Convert the wavelength from centimeters to meters. = 0.6 \, cm = (0.6)/(100) \, m = 0.006 \, m Step 2: Use the wave speed formula V = f . V = (60 \, Hz) × (0.006 \, m) Step 3: Calculate the wave speed. V = 0.36 \, m/s The wave speed is 0.36 m/s. --- 10d ii) Given: Wavelength = 20 \, cm Wave speed V = 0.3 \, m/s Step 1: Convert the wavelength from centimeters to meters. = 20 \, cm = (20)/(100) \, m = 0.2 \, m Step 2: Use the wave speed formula V = f to find the frequency f. Rearrange the formula to solve for f: f = (V)/(). f = 0.3 \, m/s0.2 \, m Step 3: Calculate the frequency. f = 1.5 \, Hz The frequency is 1.5 Hz. Send me the next one 📸