Answer: Positron Emission Tomography (PET)
Explanation: A Positron Emission Tomography (PET) scan can be simply referred to as an imaging test that helps to tell or show doctors how how organs or tissues are functioning. This test involves the uses of special dyes which is made up of radioactive tracers, they are either injected or inhaled by patient depending on the organ which the test is to be carried out on.
So the next best technique Veda could use as she doesn't have access to an fMRI machine is the Positron Emission Tomography (PET).
Using this technique, the PET scanner can trace the special dyes contain radioactive tracer as they are more concentrated on areas or part of the organs with high chemical activities, this could help her get information about brain activity during the card task.
The ways Ancient Roman culture extended and continued throughout the Byzantine Era can be shown with the following examples:
1. "Hagia Sophia ...was an architectural wonder. Like other Byzantine churches, it was crowned by a great dome that symbolized Heaven. Back when the Western Roman Empire was still mighty, it had built many dome buildings."
2. "Like their Western Roman ancestors, the Eastern Romans took great pride in their laws. Over the centuries, however, the laws of the empire had become outdated."
Thus, the Eastern Romans, otherwise, called Byzantine continued the Ancient Roman culture in the construction of architectural wonders and maintenance of Roman laws.
Read more about the Ancient Roman culture at brainly.com/question/8975207
Answer:
All the statements are true
Explanation:
Viscosity is affected by temperature. For example, if we put heat over some liquids like honey and syrup, they tend to flow more freely. On the other hand, if the temperature gets cold the viscosity tends to thicken (ex: engine oil of a car during winter). These examples make the first statement true: “Viscosity increases as temperature decreases”. Viscosity is affected by pressure too. To see a change in a “molecular level”, the pressure needs to be very extreme. This make the second statement true: “Viscosity increases as molecular weight increases”. Taking in consideration both statements, we can conclude that the third statement is also correct. When viscosity is put into heat and little pressure, it tends to lessen, since the interaction between the molecules decreases and the intermolecular forces decreases. On the other hand, by default, when viscosity is put in a cold weather and pressure increases, the level of viscosity thickens, since the molecules start colliding and their motion becomes disorganized.
Answer:
First prime minister of India
