Question

Как сделать разбор предложения "Вес воздуха впервые измерил Галилео Галилей"?

Answer 1

О чем говорится в предложении? о  Галилее . Галилео (вместе с фамилией) является подлежащим, выражается существительным.
Что он сделал?  Измерил- является сказуемом, выражается глаголом.
Измерил что? Вес-является дополнением, выражается существительным.
Вес чего? Воздуха- является дополнением, выражается существительным. 
А впервые является определением, выражается числителем.  

Answer 2

How to Parse the Sentence "Ves vozduha vpervye izmeril Galileo Galilei"?

To parse the sentence "Ves vozduha vpervye izmeril Galileo Galilei" (translated as "The weight of air was first measured by Galileo Galilei"), we can break it down into its components:

1. Subject: "Ves vozduha" (The weight of air) 2. Verb: "izmeril" (measured) 3. Object: "Galileo Galilei" (Galileo Galilei)

Galileo Galilei is known for his contributions to physics and astronomy, so it's plausible that he made significant measurements related to air and its properties.

Let's delve into the historical context and Galileo Galilei's contributions to the understanding of air and its weight.

Galileo Galilei's Contribution to Measuring the Weight of Air

Galileo Galilei, an Italian astronomer, physicist, and engineer, made numerous significant contributions to the field of science during the 16th and 17th centuries. One of his notable achievements was the advancement of experimental methods in science, including the measurement of the weight of air.

Galileo Galilei's experiments with air and its properties were groundbreaking for the understanding of atmospheric phenomena and the behavior of gases. His work laid the foundation for the development of the principles of air pressure and the concept of the weight of air.

Galileo's contributions to the understanding of air and its weight were pivotal in the advancement of scientific knowledge during the Renaissance period.

Conclusion

Galileo Galilei, a prominent figure in the history of science, made significant contributions to the measurement and understanding of the weight of air. His pioneering work in experimental science and physics has had a lasting impact on our understanding of the natural world.