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:
In a command economy, the government can not establish means that will influence competition between companies.
Explanation:
Command economy is an economic system in which the economy of a given country is directed and supervised solely by the state. In this context, all important decisions and all that generates income not only belong to the government but are controlled by it.
This model of economy differs from the market economy, where the rule of supply and demand prevails, and the control of goods and products is totally given to the government. In this way, the income and resources obtained in production and commerce are equally divided among all. In the planned economy there is no competition, and the only purpose of this system is to promote growth and collective well-being.
Although the focus of this economic model is not based on profits but on the collective good, the planned economy can also offer advantages to companies and organizations that aim to develop their internal processes and resources. By adapting this system to corporate needs, it can foster business growth and development.
Answer:
170 L
Explanation:
Boyles laws states that the pressure exerted by a gas is directly proportional to the volume it occupies provided that the temperature is held constant. Boyles law is given by:
PV = constant
P₁V₁ = P₂V₂
Given that the initial volume V₁ = 200 L, initial pressure P₁ = 850 atm, final volume V₂ = 1000 atm and final pressure = P₂.
Applying Boyles law gives:
P₁V₁ = P₂V₂
850(200) = 1000(V₂)
V₂ = 170 L
Anwer:
ty for the pionts (sorry i didn't help i don't know the answer :( sorry)
Explanation:
