A. Vitamin D
B. Vitamin A
C. Vitamin C
A. Hydrolase enzyme
C. Ligase enzyme
D. Isomerases enzyme
A. Nutritionist
B. Chemist
C. All the above
A. Propionic acid
C. Caprotic acid
D. Pentanoic acid
A. Lactobacillus
B. Streptococcus
C. Leuconostoc
A. Niacin
C. Folic acid
D. Cholecaliferol
A. Non-alcoholic
C. Acetic
D. Alcoholic
A. Newton
C. Tomas
D. Gay-Lussac
B. Canning
C. Pasteurization
D. Vitamin D
A. Aminostatic regulation
B. Glucostatic regulation
D. Lipostatic regulation
A. Sorbic acid
C. Sodium propionate
D. Nitrates
A. Ligases enzyme
C. Oxireductases enzyme
D. Transferases enzyme
A. Low acid foods
B. Acid foods
C. Medium acid foods
A. Food technology
B. Food science
C. Food processing
A. Soybeans
C. Wheat
D. Oat
A. Food processing
C. Food technology
D. Food Science
A. Acetic fermentation
B. Lactic fermentation
A. Vitamin B
D. Vitamin E
A. Season ting
B. Coffee
C. Chapati
A. Nutritive food
B. Functional food
C. Simple food
B. Wine making
C. Baking
D. Brewing
A. Jellies
B. Pickles
D. Jams
A. Oxireductase enzyme
C. Ligases enzyme
D. Lyases enzyme
A. Alcoholic fermentation
B. All the above
D. Acetic fermentation
A. Nutmeg
B. Cumin
C. Olive
A. Clostridium
B. Staphylococcus
C. Mycodesmavin
A. Simple food
B. Complex food
D. Nutritious food
A. Stable foods
C. High acid foods
D. Low perishable foods
A. Hydrolases
C. Lysases
D. Transferases
A. Sorbitol
B. Lecithin
C. None of the above
B. Fatigue
C. Irritability
D. Depressions
B. 0.49 g
C. 0.25 g
D. None of the above
B. Methionine
C. Cysteine
D. All the above
B. 4-8 weeks
C. 10 weeks
D. 4-6 weeks
A. 12-16 days
B. 6-10 days
D. 10-12 days
B. 60
C. 50
D. 69
A. One-half
B. One-third
D. One-fourth
A. All the above
C. Propylene glycol
D. Glycerol
B. 1-2 weeks
C. 3-8 weeks
D. 5-6 weeks
B. Serum albumin
C. ?-lactolbumin
A. None of the above
B. Steroids
D. Saturated fatty acids
A. EDTA
D. DT
C. Magnesium carbonate
D. Silicoaluminate
B. Micrograph
C. Compress metter
B. Aromatic
C. Hydrophilic
B. 150
C. 225
D. 175
A. Disc colourimetry
C. Spectrophotometer
D. Tint meters
A. Starch granules swell rapidly and lose birefringence
B. Starch granules do not swell rapidly and lose birefringence
C. Starch granules collide frequently causing a reduction in viscosity
A. Prooxidants
B. None of the above
D. Antioxidants
Showing 4901 to 4950 of 5608 mcqs