Answer: Repetitive-part learning
Explanations: Repetitive-part learning can be simply defined as a method used in learning new skills where an individual learns a part of the skill and practice, then a second part of the skill is learned, part one and two are combined together and practiced and then a third part is introduced which has to be learned and combined with the previous ones and practiced, the process will continue in this sequence untill all part are learned, combined and practised as a whole and mastered.
This allows individuals to learn the small details in each skills.
Dividing the golf swing skill acquisition into different components and having his students learn each component independently before combining all the components to practice a complete golf swing is a good illustration of Repetitive-part learning.
Answer:
C). Reference architecture.
Explanation:
In the given situation, 'reference architecture' would provide a 'detailed assembling' of technical requirements and controls to achieve the security objectives of the specific organization.' It(reference architecture') is exemplified as the element of software architecture that primarily intends to provide approved compositions and integrations regarding products as well as services related to Information technology with the primary aim to reach a solution. Therefore, <u>option C</u> i.e. <u>'reference architecture'</u> would best assist in accomplishing the security goals.
Answer: <em>Option (D) is correct.</em>
Explanation:
Educational Psychology is referred to as an area of psychology which studies how children moreover student learn, the influence of a teaching method, the ambulation of a school population, and also the cognition of teaching; tries to apprehend special populations of children, example academically gifted or the ones with special needs.
Answer: Muscle tone
Explanation: Muscle tone is actually a muscle tension. This tension (muscle tone) maintains the body in its position as it is, or in a particular desired position. Or, for example, during movement, when the body changes its position, these changes of position are regulated by muscle tone. When the body is at rest, some muscle tension exists, and depending on the general fitness of the body, that tension under the skin is more visible or less visible, that is, my muscles will be tighter or floppy.
