You've been asked to calculate the mass of a conical pile of sawdust measuring 10 meters high with a base radius of 8 meters. From experimental measurements, you've been able to determine that the density of the sawdust depends upon the depth, d, of the sawdust in meters, according to the equation _p(d) = 180 + 10d kg/m³. Find the mass of the pile. 1877.33 x kg
You've been asked to calculate the mass of a conical pile of sawdust measuring 10 meters high with a base radius of 8 meters. From experimental measurements, you've been able to determine that the density of the sawdust depends upon the depth, d, of the sawdust in meters, according to the equation _p(d) = 180 + 10d kg/m³. Find the mass of the pile. 1877.33 x kg
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![You've been asked to calculate the mass of a conical pile of sawdust measuring 10 meters high with a base
radius of 8 meters. From experimental measurements, you've been able to determine that the density of
the sawdust depends upon the depth, d, of the sawdust in meters, according to the equation
p(d) = 180 + 10d kg/m³. Find the mass of the pile.
1877.33
x kg](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F74b6836e-7075-4604-8b7e-b1441272473c%2F6aa609bf-ee4e-477e-beec-ed763c8e1c21%2F1dkrp1n_processed.png&w=3840&q=75)
Transcribed Image Text:You've been asked to calculate the mass of a conical pile of sawdust measuring 10 meters high with a base
radius of 8 meters. From experimental measurements, you've been able to determine that the density of
the sawdust depends upon the depth, d, of the sawdust in meters, according to the equation
p(d) = 180 + 10d kg/m³. Find the mass of the pile.
1877.33
x kg
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