Answer:
π(2ft)2(10ft) + one over three π(2ft)2(13ft − 10ft)
Explanation:
Given the following:
Diameter of silo = 4ft
Length of silo (h)= 13ft
Length of cylindrical part (h)= 10ft
Therefore, length of conical part(h) = (13 - 10) = 3ft
Radius(r) = diameter/2 = 4/2 = 2
The volume of a cylinder :
πr^2h
π(2ft)^210ft = π4ft10ft
The volume of cone :
1/3πr^2h
1/3π(2ft)^23ft = 1/3π4ft3ft
Therefore, the total volume of grains that can be stored in the silo equals
The volume of cylinder + volume of a cone
π(2ft)^210ft + 1/3π(2ft)^2(13 - 10)ft
X=-3 , y=-2
You have to plug it in to double check but make you know what's parallel and perpendicular.
Answer:
Viscosity of Magmas
Viscosity is the resistance to flow (opposite of fluidity). Viscosity depends on primarily on the composition of the magma, and temperature. Higher SiO2 (silica) content magmas have higher viscosity than lower SiO2 content magmas (viscosity increases with increasing SiO2 concentration in the magma).
Explanation:
continues to spread globally, with supply chain disruptions resulting in declines in income and employment. There are, hence, additional worries that the disease could threaten food chains and supply systems and stoke inflation. Water tariffs are also at risk if utilities are not supported financially to contain production costs and keep revenue streams. The Economist magazine recently invoked that notion by stating that shutters businesses and leaves supermarket shelves bare, economists fret that the pandemic could lead to inflation making an unwelcome return.” Thus, we should take a look at how inflation and water tariffs have evolved in years to be able to foresee
