An archaeologist would most likely study artifacts found in ruins as they are trained to uncover, analyze, and interpret material remains from past human societies.
Yes, the Incas were skilled in pottery-making and likely produced various ceramic vessels, including pots and pans, for household use. These items were typically produced for cooking and storage purposes.
A historian would be most likely to work on understanding and interpreting the past. Historians examine past events, cultures, and societies to provide insights into how they have shaped the present. They use various sources and methods to analyze and interpret historical data.
The scientist is likely an archaeologist, studying the artifacts left behind by the earlier civilization to understand their daily life, technology, and culture. By analyzing the broken dishes and iron pots, they can glean insights into the diet, cooking methods, trade patterns, and possibly social structures of the ancient civilization. This research helps piece together the puzzle of human history and how societies have evolved over time.
Hunter-gatherers during the ice age adapted to the harsh conditions by wearing appropriate clothing made from animal hides and furs, utilizing fire for warmth and cooking, and following the movements of animals for hunting. They likely lived in small, mobile groups to efficiently track and access food sources as the landscape changed.
An electrical engineer or a physicist specializing in applied physics would likely study how electricity production can be made more efficient. They would research and develop new technologies, methods, and materials to improve the generation and transmission of electricity.
meteorology
Electricity is likely to be produced in the future through a combination of renewable energy sources such as solar, wind, and hydropower, along with advancements in energy storage technologies. There will also be an increased focus on distributed energy systems and smart grids to improve efficiency and reliability of power generation. Additionally, emerging technologies like nuclear fusion could play a role in future electricity production.
The earth scientist most likely to study volcanoes is a volcanologist
The scientist is most likely observing the liquid state of matter.
The difference in the way three ionically bonded compounds conduct electricity is likely due to variations in their ionic mobility. This can be influenced by factors such as ionic size, charge, and crystal lattice structure. Compounds with higher ionic mobility will conduct electricity more efficiently compared to those with lower mobility.
Which of the following is likely to be researched by an environmental scientist?
The output from the dynamo varies with the speed of the bicycle. And as a geared bicycle is likely(but don't have to) travel a bit faster than the single speed, it may produce a bit more electricity.
It depends on whether electricity is necessity or luxury. In the US where electricity is a necessity, the demand is likely to be inelastic In Africa where electricity is luxury, the demand is likely to be elastic
scientist
Tin and lead are the two elements in Group 14 that are more malleable and better conductors of electricity compared to carbon and silicon. Tin and lead exhibit metallic properties due to their crystal structures, allowing them to easily deform under pressure and conduct electricity efficiently.
physics