<span>Among the four different reinforcement schedules, the reinforcing of response/behavior after a certain/preset amount of time being passed is called as final schedule. This is not a recommended reinforcement in behavior to appear consistent so the variable schedules are the better choices.</span>
Answer:
True
Explanation:
For works created after January 1st, 1978, copyright protection lasts for the life of the author plus an additional 70 years.
Answer:
The Sahara Desert extends throughout practically all of North Africa, from the Western reaches near the Atlantic to the East and the Red Sea. It is distinct from Sub-Saharan Africa and Islamization has made North Africa more culturally like the Middle East and other Arab countries than Sub-Saharan Africa.
Explanation:
Ethnically and culturally the countries of North Africa share a history that makes them distinct from other countries on the African continent in Sub-Saharan African. The Northwest has been occupied by the Berbers for as long as there has been recorded history, and their lifestyle was traditionally semi-nomadic as they dealt with the desert landscapes. In the eastern part of North Africa was Egypt. Between 600 and 1000 AD, there was a wave of conquest by Arabic conquerors who were Islamic and Berbers and Egyptians were assimilated into Arabic and Muslim culture. Thus, this region of Africa has been defined by Islamization for centuries and this makes its cultural landscape distinct from Sub-Saharan Africa.
Force: The energy exerted on an object
Force is equal to mass times acceleration, meaning the mass of an object impacts how much force you will apply to it.
Force is equal to mass times acceleration. This means that the amount of force you apply will depend on the acceleration. If one object has a greater acceleration than another, that means you will have to apply more force to the object with a greater acceleration.
The formula that describes the relationship between force, mass, and acceleration is newtons second law. Force is equal to mass times acceleration.
Newtons second law states that the amount of force needed to stop an object is directly related to the amount of mass an object has and the amount of acceleration an object has
