Answer:
<em>Movement cues</em>
Explanation:
A movement cue can be described as the usage of pointing towards a direction.
In the above example, the therapist says 'give me shoe' as well as points to the direction where the shoe is present. Hence, we can say that the therapist is using the stimulus of movement cues to prompt action by the patient. As a result, the brain of the patient will elicit response according to the physical characteristics.
The only way for people to arrive to America on international business would be to fly, Hartsfield-Jackson Airport
Answer:
The correct answer is: Regular spankings given at home.
Explanation:
Corporal or physical punishment is not shown to have any long-term psychological benefits according to research.
It is more possible that physical punishment at an early age mixed with other contextual factors such as psychological abuse may lead to individuals developing psychopathologies later in life.
So, not only spanking would not correct a behavioral issue, it may even worsen it.
More effective strategies to reduce Diamond's negative behavior would be CBT, applying behavioral strategies such as negative and positive reinforcement, and so on.
In conclusion, to the question: strategy would NOT be effective for Diamond's mother to take to reduce Diamond's negative behavior? The correct answer is: Regular spankings given at home.
Answer:
Fallow is a farming technique in which arable land is left without sowing for one or more vegetative cycles. The goal of fallowing is to allow the land to recover and store organic matter while retaining moisture and disrupting the lifecycles of pathogens by temporarily removing their hosts
Explanation:
Answer:
The correct answer is 27' (minutes). The problem actually has only one solution.
Explanation:
- We have to part from the basic <em>speed-distance-time</em> formula:
s=d/t
- The time until they are distanced 10 miles is the same since the two trains leave at the same moment. We will call that time: t
- We will call the first train: A
- d1 is the distance train A traveled until it is distanced 10 miles from train B
70=d1/t
70t = d1
- We will call the second train: B
- d2 is the distance train B traveled until it is distanced 10 miles from train A
60=d2/t
60t = d2
- So, the distance between A and B when the trains leave is: 45 miles
d1 + d2 + 10 = 45
70t + 60t = 35
130t = 35
t=27’
The problem actually has only one solution.
