The correct answer is - d. shield volcanoes.
The Hawaiian volcanoes are volcanoes that fall into the category of the shield volcanoes. They are slightly dome shaped volcanoes, spread out over a very large area, are not steep, and are volcanoes that tend to not have explosive eruptions as their magma is usually high in silica content.
The volcanoes on Hawaii are volcanoes that have formed over a hot spot, which means that they are not formed at the boundary of the tectonic plates, but instead, they are formed in the middle of the plate.
Mauna Loa and Mauna Kea are actually the biggest volcanoes in the world in the present day.
Based on the image shown and attached, assuming there is no friction between the floor and the ground, "<u>these forces will cause the box to move to the left."</u>
The image shows that the highest force, 60N, is on the right, pushing the load to the left.
The force on the left is 40N lower than the force on the right.
The force exerted on the object's body downward is 29N, and it is lesser than the force on the right pushing the load to the left.
Hence, in this case, it is concluded that the correct answer is option A. "<u>The forces will cause the box to move to the left."</u>
Learn more about Forces here: brainly.com/question/12970081
Answer:The pressure of Mercury = 588,600Pa
Explanation:
The pressure of Mercury is given as
p=h x ρ x g
Where h =height= 20 dm
changing to meters
10 decimeters (dm) =1 meter
20dm =2 meter, 2m
ρ is the density =30000-kg/m³
g , gravity = 9.81-m/s²
Pressure = 2.0m x 30000-kg/m³ x 9.81-m/s²
588,600 kg.m/ s²/m² =588,600 N/m²
The pressure of Mercury=588,600Pa
Answer:
what exactly are you asking
Explanation:
Atmosphere.................
