Delhi NCR Earthquake: Strong earthquake tremors in Delhi-NCR, the earth trembled for a few seconds; 6.2 Measured intensity

Strong earthquake tremors have been felt in Delhi-NCR. After the earthquake that occurred at 2.51 pm on Tuesday afternoon, people ran out of offices and homes in panic. According to the National Center for Seismology, the intensity of the earthquake was measured at 6.2. Whose center was 38 kilometers away from Dipayal, Nepal, at a depth of five kilometers from the ground. Tremors were felt in many states including UP and Delhi. 

Its center was also Nepal. At that time its intensity was measured at 4.6. Its tremors were felt in parts of Uttarakhand and UP. People got scared due to sudden earth shaking.

Delhi NCR Earthquake: Strong earthquake tremors in Delhi-NCR, the earth trembled for a few seconds; 6.2 Measured intensity

Earthquake tremors have been felt on 51. Strong shocks were felt twice. The intensity of the earthquake was 4.6. Earthquake tremors were felt in many states of North India. Apart from Delhi, earthquake tremors were also felt in Ghaziabad, Noida and Faridabad.

The earthquake tremors in Delhi NCR were so strong that the societyThe people living there came out into the complex with their children.

Why do earthquakes occur?

Which keeps rotating continuously. The zone where these plates collide is called fault line. The corners of the plates bend due to repeated collisions. When too much pressure builds up, the plates start breaking. The energy below finds a way out and after the disturbance an earthquake occurs. That zone is called fault line. The corners of the plates bend due to repeated collisions. When too much pressure builds up, the plates start breaking. The energy below finds a way out and after the disturbance an earthquake occurs. That zone is called fault line. The corners of the plates bend due to repeated collisions. When too much pressure builds up, the plates start breaking. The energy below finds a way out and after the disturbance an earthquake occurs.

Know what is the meaning of the center and intensity of earthquake?

Geological energy is released due to movement in water. Earthquake vibrations are more severe at this place. As the frequency of vibration increases, its effect decreases. However, if there is an earthquake with a magnitude of 7 or more on the Richter scale, the tremors are felt within a radius of 40 km. But it also depends on whether the seismic frequency is upward or downward. If the frequency of vibration is higher then less area will be affected. Its effect decreases. However, if there is an earthquake with a magnitude of 7 or more on the Richter scale, the tremors are felt within a radius of 40 km. But it also depends on whether the seismic frequency is upward or downward. If the frequency of vibration is higher then less area will be affected. Its effect decreases. However, if there is an earthquake with a magnitude of 7 or more on the Richter scale, the tremors are felt within a radius of 40 km. But it also depends on whether the seismic frequency is upward or downward. If the frequency of vibration is higher then less area will be affected.

How is the intensity of earthquake measured and what is the measuring scale?

Earthquakes are measured using the Richter scale. richter it Called magnitude test scale. Earthquakes are measured on the Richter scale from 1 to 9. An earthquake is measured from its center i.e. epicenter. The intensity of the energy released from within the earth during an earthquake is measured by it. This intensity determines the magnitude of the earthquake. Its intensity is measured by this. This intensity determines the magnitude of the earthquake. Its intensity is measured by this. This intensity determines the magnitude of the earthquake.