To provide a detailed analysis of the IR spectrum of Compound X, I would need the structure or formula of the compound. However, I can give you a general idea of how to interpret an IR spectrum and identify functional groups.Infrared spectroscopy is a technique used to identify functional groups in a molecule based on their characteristic absorption frequencies. The IR spectrum is a plot of the intensity of absorbed IR radiation y-axis versus the wavenumber x-axis, in cm .Here are some common functional groups and their respective peak frequencies in the IR spectrum:1. O-H alcohol : Broad peak around 3200-3600 cm2. O-H carboxylic acid : Broad peak around 2500-3300 cm3. N-H amine : Sharp peak around 3300-3500 cm4. C-H alkane : Peaks around 2850-3000 cm5. C=C alkene : Peaks around 1600-1680 cm6. C=O carbonyl : Sharp peak around 1700-1750 cm ester, ketone, aldehyde , 1650-1700 cm amide , or 1700-1725 cm carboxylic acid 7. CC alkyne : Peak around 2100-2250 cm8. CN nitrile : Peak around 2220-2260 cm9. C-N amine : Peak around 1000-1250 cmTo interpret the IR spectrum of Compound X, follow these steps:1. Examine the spectrum and identify the peaks or absorption bands.2. Compare the peak frequencies and intensities with the characteristic frequencies of common functional groups listed above.3. Determine which functional groups are present in the compound based on the observed peaks.4. Consider the relative intensities of the peaks, as this can provide additional information about the functional groups and their environment in the molecule.Please provide the structure or formula of Compound X for a more specific analysis.