In a crash, if the vehicle being struck remains essentially stationary then all of the kinetic energy is dissipated at the time of impact. In a situation where the stationary vehicle is pushed some distance, only part of the kinetic energy is dissipated into that vehicle until there is sufficient transfer of energy to accelerate it and cause it to move some distance. The remaining kinetic energy is dissipated by the striking vehicle as it comes to a stop where the struck vehicle used to be. <span>So without getting too technical, the answer is yes, because whatever kinetic energy is dissipated, it will always be dissipated quickly.</span>
Answer:
The correct answer is : Generalization
Explanation:
It refers to a behavior that has been trained in order to be repeated in the future. It has to do with the response of a learner that may continue being performed after a portion or all of the intervention. This association prevailed in the Dog because the time of training wasn't enough to get a new idea.
Answer:
The correct answer would be, Hypnagogic Sensation. Gabe goes to bed at your regular time, and as he begins to drift slowly off to sleep, he jumps up suddenly as he feels you he is falling down the stairs. This is best explained by a Hypnagogic Sensation.
Explanation:
A Hypnagogic Sensation is a state that comes just before a person falls a sleep. Just before a person is about to sleep, a state may occur in which the person finds himself dragging or falling from somewhere and he suddenly jumps up to control himself. This state is called as the Hynogogic Sensation.
This is very common and almost every person has experienced this sensation many times in his life. I personally have experienced this state many times in my life.
The options for this question would be:
a. All the options are correct.
b. The limbic regions of the brain are active during sleep, which could be the source of the emotional content of Tom's dream.
c. Frontal cortices are somewhat deactivated during sleep, which contributes to illogical aspects of dreaming.
<span>d. Neurons were randomly firing, and Tom's sleeping mind attempted to make sense of the chaotic neural activity.
</span>
The answer would be letter "a"
The answer is <u>"Physiological arousal".</u>
Arousal begins in the cerebrum, where the Reticular Activation System interfaces the crude mind stem and the cortex and influences dozing waking advances. In arousal, it acting to build our attentiveness and resulting readiness and consideration. In excitement caused by a danger, the fight-or-flight response is activated.
The endocrine framework stimulates different organs, specifically adrenaline, which expands oxygen and glucose stream, widens the understudies (so you can see better) and smothers non-pressing frameworks, for example, digestion and the immune system.
Arousal is spread through the Sympathetic Nervous System, with impacts, for example, expanding the pulse and breathing to empower physical activity and sweat to cool the body. It likewise has particular activities, for example, stimulating sexual arousal.
