A) Arsenic trioxide B) Pseudocercospora ulei C) Cyanogenic glycosides D) Linamarase
A) Arsenic soil poisoning B) South American leaf blight C) Over-harvesting of latex D) Lack of nitrogen in the soil
A) Pseudocercospora ulei B) Linamarin C) Hevea brasiliensis D) Bagarius
A) Leaves B) Seeds C) Bark D) Roots
A) It produces more latex to fight the fungus B) It becomes fully immune to the fungus C) It suffers worse from Pseudocercospora ulei D) It grows faster to outpace the infection
A) Cyanide may inhibit other defensive metabolites B) They consume all available water C) They attract more insects D) They prevent photosynthesis
A) Carbon and nitrogen B) Sulfur and magnesium C) Oxygen and hydrogen D) Phosphorus and potassium
A) When the plant is infected by bacteria B) When the plant is light-deprived C) When the plant is exposed to excessive sunlight D) When the plant produces too much latex
A) Alpha-hydroxynitrile B) Pseudocercospora C) Lovastatin D) Linamarase
A) Linustatin is too toxic B) Linustatin is not present in the cytoplasm C) Linustatin is a protein D) Linustatin is a diglucoside
A) Cyanide B) Lovastatin C) Glucose D) Arsenic trioxide
A) Fuel B) Jewelry C) Toys D) Fertilizer
A) Kenerak stew B) Patin curry C) Gulai asam rong D) Rubber seed porridge
A) Patin B) Cod C) Tuna D) Salmon
A) Boiling in water for several hours B) Frying in rubber tree oil C) Soaking in arsenic to remove toxins D) Sun-drying, cracking shells, and pounding into a meal
A) Kuala Lumpur and Selangor B) Penang and Kedah C) Johor and Malacca D) Jerantut and Temerloh in Pahang
A) Rosaceae B) Euphorbiaceae C) Fabaceae D) Asteraceae
A) Seed oil B) Milky latex C) Bark resin D) Leaf sap
A) Southeast Asia B) Amazon basin C) Central Africa D) Northern Australia
A) 60 metres B) 25 metres C) 10 metres D) 43 metres
A) Five B) Seven C) Three D) One
A) Slowly by rotting B) By falling to the ground C) It remains closed D) Explosively
A) Horizontal circles B) Left-handed helix C) Right-handed helix D) Vertical straight lines
A) 15 degrees B) 30 degrees C) 45 degrees D) 90 degrees
A) 50 to 60 years B) 25 to 30 years C) 5 to 10 years D) 100 years
A) 500 mm B) 2,000 mm C) 1,200 mm D) 100 mm
A) One to two years B) Seven to ten years C) Fifteen to twenty years D) Thirty years
A) Fuel for burning B) Furniture making C) Construction of houses D) Paper production
A) Synthetic polymerization B) Tapping technology C) Vulcanization procedure D) Latex refining
A) Mato Grosso B) Grão-Pará C) Bahia D) Amazonas
A) Seringa B) Rubber-sap C) Latex-bruto D) Caucho
A) Aztec B) Inca C) Olmec D) Maya
A) Botanical gardens at Buitenzorg B) Iquitos, Peru C) Royal Botanic Gardens, Kew D) Botanical gardens in Singapore
A) Dutch botanists B) Henry Wickham C) The Olmec traders D) British colonial governors
A) Wardian cases B) Glass jars C) Wooden crates D) Canvas sacks
A) 1898 B) 1913 C) 1876 D) 1883
A) Brazil B) Thailand C) Vietnam D) Indonesia
A) Shoe soles B) The Mesoamerican ballgame C) Religious offerings D) Storage containers
A) They were lost at sea B) They were stolen C) They died D) They thrived
A) African laborers B) British soldiers C) Chinese field workers D) Local indigenous tribes |