a. resistance
b. appraisal
c. adjustment
d. resolution
Answer:
a. resistance
Explanation:
An endocrinologist named Hans Selye first described the collection of responses of the body to stress as General Adaptation Syndrome. He describes this syndrome in 3 phases. These include:
The alarm phase: this is the initial phase where the body witnessed the stressful and the body’s energy is boosted.
The Resistance Phase: This is the phase that follows immediately after the alarm phase. Here, the body’s autonomic nervous system helps the body in trying to resist and adapt well to the stressor. This is the phase in which an organism is best able to physically cope with the stress.
The exhaustion phase: When the stress continues at this phase, the body loses its ability to cope with the stress as energy is depleted.
Orientation of bonds between glucose monomers.
Answer:
If you think of the earthworm body plan as a drinking straw within a pipe "lining the straw" is the most of the tissues that developed from endoderm.
Explanation:
The physique of the earthworm is segmented which appears like numerous tiny rings combined or merged collectively. The earthworm is made of around 100-150 segments. The segmented body portions deliver significant organizational purposes. Segmentation can help the earthworm move. Each segment or piece has muscles and bristles named setae. The bristles or setae support anchor and governs the worm when stirring over soil. The bristles grasp a segment of the worm definitely into the ground while the other portion of the physique projects forward. The earthworm usages parts to either contract or relax self-sufficiently to source the body to grow in one area or contract in other areas. Division supports the worm to be supple and sturdy in its drive. If each section stimulated collectively deprived of being self-governing, the earthworm would be stationary.
The answer is: B - archaea
Explanation:
The organisms found in the subtropical forests of southern China which were acid tolerant and lacked internal organelles are the Archaea. Archaea refers to the domain of life with organisms living in extreme conditions. Because of this, the Archaea are referred to as the extremophiles.
The cells are very small, prokaryotic and are similar to bacteria in lacking a nucleus and membrane bound organelles. The cell membrane is bounded by a cell wall. They reproduce by binary fission, fragmentation or budding.
They can tolerate high temperatures and survive in hot springs, anaerobic conditions and are acid-tolerant. These acid tolearting Archaea are called the acidophiles surviving in a pH of 2 or less than 2.
They pump out protons out of the intracellular space and thus keep their cytoplasm in a neutral pH or have an acidified cytoplasm. The example are Thiobacillus acidophilus, Crenarchaeota and others.
