1. Navigate to the BigQuery console in the Google Cloud Platform (GCP) console. 2. In the left navigation panel, select the project you would like to monitor. 3. Select the “Monitoring” tab from the toolbar. 4. Select the “Create Chart” option. 5. Configure the chart’s settings to monitor the metrics of interest. 6. Select the “Save Chart” option and name the chart. 7. Select the “Notifications” tab to set up alerts related to your BigQuery workload. 8. Select the “Create Notification” option. 9. Select the type of notification and configure its settings 10. Assign the notification to the user or group that will receive it. 11. Select the “Create Notification” button to save the notification. 12. Select the “Dashboards” tab to create a custom dashboard. 13. Select the “Create Dashboard” option. 14. Select the charts, metrics, and time period you would like to view on the dashboard. 15. Select the “Save Dashboard” option and name the dashboard. 16. The BigQuery monitoring is now set up.

The Victorian period is an important period of time in British history as it marked a dramatic period of growth and change in the country. During this period, Britain experienced rapid industrialization, expansion of its empire, and a population boom. The period also saw tremendous advances in the fields of science, technology and art. With the Industrial Revolution, agriculture and industry expanded, bringing unprecedented wealth and economic opportunity. Effective social reform movements, such as those championed by William Wilberforce, also came to prominence during the Victorian era. Additionally, this period of time saw the emergence of the modern world, with Britain leading the way in many respects.The Victorian era was a period of great progress and transformation that took place in the United Kingdom and other countries around the world during the reign of Queen Victoria (1837-1901). As one of the longest-reigning monarchs in British history, Queen Victoria's time in office is often remembered fondly as a period of great progress in science, technology, industry, and the arts. This period saw groundbreaking advances in public health, increased democracy, and the invention of many modern conveniences such as the telephone, gas lighting, and the railway system. Additionally, the Victorian era was a period of great philosophical and religious contemplation that produced some of the most influential thinkers and writers of all time, including Darwin, Freud, and Marx.There is only one period in the Victorian Era which lasted from 1837 to 1901.

Plasma osmolality is regulated primarily by the hormones antidiuretic hormone (ADH) and aldosterone. ADH is released by the pituitary gland in response to changes in plasma osmolality, which signals the kidneys to conserve water by reabsorbing more of it, resulting in an increase in osmolality. Aldosterone is released by the adrenal glands in response to changes in electrolyte or mineral concentrations in the blood, which signals the kidneys to conserve electrolytes, resulting in an increase in plasma osmolality.Plasma osmolality is the measurement of the concentration of solute particles in a solution, typically measured in terms of osmoles per kilogram of water. It is an important physiological measure, as it helps to regulate the movement of water and electrolytes between the intracellular and extracellular compartments and between the bloodstream, tissues and organs. In humans, the normal range of plasma osmolality is 285-295 mOsmol/kg.Plasma osmolarity decreases when salt (sodium) is excreted from the body because there is less dissolved solutes (ions) in the plasma.Plasma osmolality is a measure of the concentration of particles in a solution, such as blood plasma. It is important in maintaining the balance of fluid and electrolytes in the body and is one of the tests used to diagnose and manage disorders of water balance. When plasma osmolality is too low, it can lead to dehydration, shock, and other health problems. When it is too high, it can result in hypernatremia, which can be life-threatening.When a person intakes water, the amount of water in their body increases and this causes a decrease in the osmolality – that is, the concentration of solutes in the body. On the other hand, when a person excretes water through perspiration, urination or evaporation, the amount of water decreases and this causes an increase in osmolality. Since osmolality is an important factor in regulating a variety of bodily processes, it is important to maintain a healthy balance of water intake and excretion.Osmolality is regulated in the steady state by the kidneys. The kidneys help to maintain osmolality in the body by controlling the reabsorption and excretion of electrolytes, water, and other substances. This helps to maintain the level of osmolality in the blood, which needs to remain within a certain range for the body to function normally. Additionally, the hypothalamus plays a role in the regulation of osmolality by sensing changes in the concentration of the body's electrolytes and triggering the release of hormones (such as antidiuretic hormone) that help to restore levels to normal.

The OAS defines the following four data formats: 1. XML (Extensible Markup Language) 2. JSON (JavaScript Object Notation) 3. YAML (YAML Ain't Markup Language) 4. Protocol buffers (protobuf)

A buffered stream is a type of data stream that stores data in a buffer before sending it to the receiving computer. This method helps to reduced latency and enable data transmission at high speeds with minimal interference. Having all of the data stored in the buffer first allows the data to be transferred more quickly and smoothly than if the data was sent in bits and pieces.

An example of an open system is the Earth's climate system, where energy, matter, and organisms are exchanged between the atmosphere, land, ocean, and biota.