The podcast discusses secondary threats that can arise in the aftermath of an earthquake. Damaged infrastructure, river disruption due to debris accumulation, and shifts in groundwater are among the threats. Landslides are also a popular secondary effect of earthquakes, according to the podcast. The podcast will help Japanese leaders in becoming more aware of such threats, helping them to successfully establish policies and procedures for coping with potential earthquakes and the recovery from their subsequent damage.
The podcast addresses secondary risks in the aftermath of an earthquake. These risks include damaged structures, the disruption of rivers due to debris buildup, and changes in groundwater. The podcast also points out that landslides are a common secondary effect of earthquakes. The podcast can help inform Japanese leaders of such risks so that they might successfully develop policies and procedures for handling future earthquakes and the recovery from their ensuing damage.
1. It spreads with a greater volume and less concentration of elements.
Its temperature stays well below the 14 million Kelvin.
It has hydrogen atoms that retain there electrons.
2. Its volume shrinks and the density increase die to the gravity
Its temperature stays above the 14 million kelvin
Hydrogen atoms shed there electron.
Explanation:
As the star is born within the clouds of dust and is scattered throughout most galaxies. The Orion Nebula is shown in the image that has a turbulence layer of clouds made of gases. These clouds tend to have temperatures of 100 Kelvin thus commonly called the HI clouds.
A farmer would choose to live in this area most likely because the land in here has many agricultural advantages that can be utilized for farming. Also, these lands are known to be the most fertile in that area. Flooding also helps in preventing weeds and keeping the soil healthy.
