Acrylamide is a toxic compound formed during high-temperature thermal processing (usually above $120^\circ\text{C}$ like baking, frying, roasting) via the Maillard reaction between the amino acid asparagine and reducing sugars, and its formation is favored by low moisture and high temperature conditions (e.g., in potato chips, french fries, and toasted cereals).

Statement (I) is correct: Trypsinogen is an inactive zymogen precursor produced and secreted by the exocrine pancreas into pancreatic juice.
Statement (II) is incorrect: Enterokinase (enteropeptidase) in the duodenal mucosa cleaves trypsinogen to activate it into trypsin. Trypsin is a proteolytic enzyme (protease) that hydrolyzes proteins into peptides, NOT fats (fats are digested by lipases and bile salts). Thus, Statement (I) is correct but Statement (II) is incorrect.

Matching food systems to colloidal states:

• Curd: Solid-like continuous protein network entrapping serum/liquid, classified as a Gel -> (III)
• Butter: Dispersion of water droplets inside continuous fat phase, i.e., Water-in-oil (W/O) emulsion -> (IV)
• Vegetable soup: Homogeneous/cleared aqueous liquid containing dissolved solutes, acting as a Solution -> (I)
• Whipped egg white: Gas (air) dispersed within liquid protein film, forming a stable Foam -> (II)

Statement (I) is incorrect: Hydrogen bonds are indeed weak non-covalent interactions, but their typical bond dissociation energy is only $2\text{ to }10\text{ kcal/mol}$ ($8\text{ to }40\text{ kJ/mol}$). Covalent bonds have bond energies around $50\text{ to }100+\text{ kcal/mol}$. Assigning $100\text{ kcal/mol}$ to hydrogen bonds is factually incorrect.
Statement (II) is correct: Extensive intermolecular hydrogen bonding governs key physical properties of water (boiling point, heat of vaporization, viscosity) and stabilizes crystal lattices (such as ice and sugar crystals) and biomacromolecular secondary structures ($\alpha$-helices, $\beta$-sheets).