1. any bruises or Mark's on the students body that may be a sign of physical abuse
2. any self harm Mark's the student may have
3. any symptoms the student may have that could relate to a harmful diagnosis
Answer:
1. The political unity of the Roman Empire did produce a certain economic and political stability, notwithstanding its many faults. This encouraged trade between large cities and regions
2. The military and trade routes meant relatively easy access to large numbers of people (both by land and sea). Joel Kotkin writes, ‘Rome allowed considerable self-government to individual cities; the empire itself, notes the historian Robert Lopez, functioned as a ‘confederation of urban cells.’ Europe would not again see such a proliferation of secure, and well-peopled cities until well into the nineteenth century. People, products, and ideas traveled quickly through the vast archipelago of ‘urban cells’ over secure sea-lanes and fifty-one thousand miles of paved roads stretching from Jerusalem to Boulogne…Christianity’s rapid growth could not have taken plave without the empire’s expansive urban infrastructure.’ [i]
3. The universal use of Greek as a result of former conquests aided communication
4. The cosmopolitan atmosphere of the Empire – mixed cultures – enabled easier cross-cultural evangelism e.g., Jews who were culturally Greek (Barnabus from Cyprus, Paul the Roman citizen) were able to bridge cultures
Explanation:
It should be able to show you an accurate BP if you use the forearm
Pharmacology
Explanation: is a branch of medicine and pharmaceutical sciences which is concerned with the study of drug or medication action,where a drug can be broadly or narrowly defined as any man-made, natural, or endogenous (from within the body) molecule which exerts a biochemical or physiological effect on the cell, tissue, organ, or organism (sometimes the word pharmacon is used as a term to encompass these endogenous and exogenous bioactive species).
Answer:
The correct answer will be myosin.
Explanation:
Myofibril in the muscle consists of thick filaments and thin filaments. The protein present in the thick filament is known as "myosin", a protein which converts the chemical energy of ATP into mechanical energy. It moves on the thin actin filaments and is known as motor protein and helps in the generation of force and movement.
This myosin protein is composed of the heavy chain and many light chains which is divided into globular head, neck and tail region.
Thus, myosin is the correct answer.
