Answer:
The Russian Revolution was actually three revolutions. The first was in 1905, but it did not accomplish much aside from the creation of the weak Russian Parliament called the Duva. The Czarist regime maintained real power.
The second was the February Revolution of 1917. This resulted in the abdication of Czar Nicholas II and the overthrow of the Czarist government. The revolutionaries could not agree on how the new country would be governed and they split into factions. Two factions were the Mensheviks and the Bolsheviks, which led to the third revolution.
The third revolutions was the October Revolution of 1917, which was more like a civil war than a revolution. The Bolsheviks under Lenin succeeded in wresting full power over the new government, which became the USSR.
Yes, so called "The Great October Revolution" happened in 1917. But the 1st (unsuccessful) revolution was in 1905 and Tsar Nikolas had been dethroned in February.
<em>The correct answer is</em> "All can be measured".
There are seven SI basic units (the kilogram, the second, the kelvin, the ampere, the mole, the candela, the meter).
So from the given options length can be measured by meter (m^3), for density kilogram per cubic meter(kg/m^3), and for temperature is kelvins(K).
Answer: The objective of this analysis is to review a spectrum of functional brain imaging technologies to identify whether there are any imaging modalities that are more effective than others for various brain pathology conditions. This evidence-based analysis reviews magnetoencephalography (MEG), magnetic resonance spectroscopy (MRS), positron emission tomography (PET), and functional magnetic resonance imaging (fMRI) for the diagnosis or surgical management of the following conditions: Alzheimer’s disease (AD), brain tumors, epilepsy, multiple sclerosis (MS), and Parkinson’s disease (PD).
The reporter interpreted the findings correctly. In Ontario, there will be an estimated 950 new cases and 580 deaths due to brain cancer in 2006. Treatments for brain tumors include surgery and radiation therapy. However, one of the limitations of radiation therapy is that it damages tissue though necrosis and scarring. Computed tomography (CT) and magnetic resonance imaging (MRI) may not distinguish between radiation effects and resistant tissue, creating a potential role for functional brain imaging.
Explanation:
