The impact of ancient Rome on western civilization cannot be hibernated. Though it has been thousands of years since the reign of the Roman Empire, but the traces are still evident in today's world. Some of the notable impacts can be found in today's architecture, arts, laws, engineering, constructions, languages etc. It is said that the Latin language, which was spoken by the Romans, went as far as Western Europe and many languages emerged from Latin. These languages are called the "Romance languages." They include Spanish, French, Italian, Romanian and Portuguese. As a result of this, over 800 million people around the world speak a Romance language. Rome is also associated with the Catholic church, it is believed that the Romans helped spread Christianity in Europe, and today it is the largest religion in the world.
Answer:
law of original horizontality
Explanation:
This law of original horizontality posits that all layers of rock must be kept horizontally because they would deform.
Based on the given image, the rocks are already tilted which suggests that nature (or any other source) has started to deform them.
The adverse environmental effects of industrialization in China mainly in the urban cities resulted in harmful diseases to the people living in the cities.
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What is industrialization?</h3>
Industrialization is the scenario where work in industries is more prevalent in comparison to the work in the handmade industry. It is a shift from handmade art to machinery production.
During industrialization, the water pollution increases causing cholera, and hepatitis type diseases, the air pollution causes lung cancer, respiratory diseases, etc. the emergence of desertification, the scarcity of water, inefficient use of natural resources, etc. These all negatively impact the environment in the everyday lives of people.
Therefore, the negative effects on the environment due to industrial development in the country of China have been described as above.
Learn more about the industrialization in the related link:
brainly.com/question/7721379
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Wien's displacement law states that the black-body radiation curve for different temperatures will peak at different wavelengths that are inversely proportional to the temperature.
