Answer:
A. food as vanitas
Explanation:
Vanitas refers to still-life painting of the 17th-century, Dutch genre which contained arts and representational symbols of death or change showing the transience and futility of life as a reminder of death's inevitability. Still life paintings in this period(more prominent in the Renaissance, when it became an independent genre) depicted skulls, candles, and other items such as hourglasses as symbols/allegories of mortality, also combining fruits(food as vanitas) and flowers of all seasons to depict nature’s cycle.
Answer:
The response is Option D. New grain crops developed in the Green Revolution is NOT something that contributed to worldwide population growth at that time.
Explanation:
The Green Revolution refers to a push towards technological advancement and agriculturally engineered outputs like high-yielding varieties and crops in the 1950s and 1960s. It was particularly impactful in developing countries where there had yet to be much industrialization or mechanization of food production. Advances in irrigation and the use of chemical fertilizers also helped to increase food production in these areas in the 1950s and 1960s. Research institutes studying specific staple crops were established like the International Rice Research Institute (IRRI) in the Philippines in 1960.
Answer:
c. actions followed by pleasurable consequences are more likely to occur
Explanation:
The law of effect by Edward Thorndike states that responses that produce a pleasurable consequence in a particular situation are more likely to occur again in that situation, and responses that produce a punishment or pain are less likely to occur again in that situation. This law was made in 1905 and it suggests that actions are based on consequences that might have occurred in the past.
The Principle of Cross-Cutting tells us that a fault must be older than the rock it cuts. Cross-cutting in geology was formulated by Nicolas Steno, a Danish geologist in the mid-1600's. It is usually used in combination with radiometric age dating, which can tell the geologist how old the rock is.
