Answer:
supporting evidence explains or shows why your claim is true. ex: the bus will come at 9 am evidence: bus schedule
Explanation:
Most of the major earthquakes on the planet are located on the places where the boundaries of the plates are, or very close to it. Some plate boundaries are more active than the others though, so the intensity of the earthquakes varies from place to place.
The most intense earthquakes seem to appear alongside the so called ''Ring of Fire''. This is actually where the boundary of the Pacific plate is, where this plate is sunducting bellow the plates that surround it. Because the Pacific plate is a massive plate, with its subduction, it causes very big and lot of adjustments into the crust. Because of these constant adjustments, there's earthquakes almost every second in some part of this plate's boundary. Unfortunately, occasionally it causes devastating earthquakes, where lot of people lose their lives and huge material damage is caused as well.
hi here is your answer hope it helps or then sry
Explanation:
The Great Artesian Basin (GAB) is one of Australia's most significant hydrogeological entities. Covering more than 1.7 million square kilometres, the GAB underlies parts of Queensland, New South Wales, South Australia and the Northern Territory.
Answer:
The Bulk density = 1.3 g/cm³
the porosity of the sample is 132 cm³
Explanation:
Given:
Volume of cylinder = 260 cm³
Mass of container and the soil = 403 g
Mass of the empty container = 65 g
Thus,
The mass of the soil is = 403 - 65 = 338 g
Now,
The Bulk density = 
or
The Bulk density = 
or
The Bulk density = 1.3 g/cm³
also,
average particle density for mineral soil is usually given as 2.65 g/cm³
i.e the air present in the given soil sample has reduced its density from 2.65 g/cm³ to 1.3 g/cm³
The mass of the whole sample = Volume × Density
= 260 × 2.65
= 689 gm
but,
The actual mass of the dry sample = 338 g
thus,
Mass of air in the sample = 689 - 338 = 351 g
Therefore,
the volume of 351 g soil = 
= 
= 132.45 cm³
so the porosity of the sample is 132 cm³
Answer:
1. Dentist
2. Sulfuric acid & Hydrochloric acid
3.Soil erosion & wind erosion
4, a) Over use of fertilizers
b) Drought
c) Wind erosion
Explanation:
