Judaism and Christianity are much older than Islam. Yet they share many characteristics why do you think so many people especially in Arabia and Africa converted to Islam? Remember to say evidence that justifies your claim

Because of the connection between religions.

Explanation:

The mentioned religions are characterized by monotheism, and these are the three largest monotheistic religions in the world. When we talk about the mass acceptance of Islam in the Arab world, it is necessary to consider the holy book of Muslims, the Koran. The Qur'an states that the Torah (the holy book of the Jews) and the Bible (the holy book of the Christians) are also a divine work, but that they have undergone changes over time. On the other hand, the same god offered the Qur'an to the people, and the Qur'an itself states that it will remain unchanged.

Also, the emergence of Islam is related to the early Middle Ages, and the church did not send missionaries to Arabia on a larger scale, so people accepted Islam and rejected the ancient pagan beliefs. When we talk about the spread of Islam in Africa, it is a consequence of historical currents. Islam in Africa spread through Arab traders but also missionaries. People accepted Islam because of the dogmas that religion dictates; the teachings differed from what the previous religions offered. These are the main elements of the rapid popularization of Islam in these parts of the world.

two jet streams that directly affect the formation of weather in the continental part are a polar jet and a subtropical jet. they are responsible for the transportation of weather systems, which directly affect people. the polar front is the boundary between cold air from the north pole and warmer equatorial air. both the polar jet and the subtropical jet blow from the west to the east, and follow the boundary between cold and warm air.

the strongest jet streams are polar jets, while subtropical jets are somewhat weaker.

the right answer is c. the polar jet stream is generaly stronger than the subtropical jet stream.