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In Calm Waters the Oil Spilling from the Ruptured Hull

Question 103

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In calm waters the oil spilling from the ruptured hull of a grounded tanker forms an oil slick that is circular in shape. If the radius In calm waters the oil spilling from the ruptured hull of a grounded tanker forms an oil slick that is circular in shape. If the radius of the circle is increasing at the rate of ​ feet/minute minutes after the rupture occurs. Find an expression for the radius at any time t Hint: r(0) = 0 How large is the polluted area 8 minutes after the rupture occurred? A) ; ft<sup>2</sup> B) ; ft<sup>2</sup> C) ; ft<sup>2</sup> D) ; ft<sup>2</sup> of the circle is increasing at the rate of ​ In calm waters the oil spilling from the ruptured hull of a grounded tanker forms an oil slick that is circular in shape. If the radius of the circle is increasing at the rate of ​ feet/minute minutes after the rupture occurs. Find an expression for the radius at any time t Hint: r(0) = 0 How large is the polluted area 8 minutes after the rupture occurred? A) ; ft<sup>2</sup> B) ; ft<sup>2</sup> C) ; ft<sup>2</sup> D) ; ft<sup>2</sup> feet/minute In calm waters the oil spilling from the ruptured hull of a grounded tanker forms an oil slick that is circular in shape. If the radius of the circle is increasing at the rate of ​ feet/minute minutes after the rupture occurs. Find an expression for the radius at any time t Hint: r(0) = 0 How large is the polluted area 8 minutes after the rupture occurred? A) ; ft<sup>2</sup> B) ; ft<sup>2</sup> C) ; ft<sup>2</sup> D) ; ft<sup>2</sup> minutes after the rupture occurs. Find an expression for the radius at any time t
Hint: r(0) = 0
How large is the polluted area 8 minutes after the rupture occurred?


A) In calm waters the oil spilling from the ruptured hull of a grounded tanker forms an oil slick that is circular in shape. If the radius of the circle is increasing at the rate of ​ feet/minute minutes after the rupture occurs. Find an expression for the radius at any time t Hint: r(0) = 0 How large is the polluted area 8 minutes after the rupture occurred? A) ; ft<sup>2</sup> B) ; ft<sup>2</sup> C) ; ft<sup>2</sup> D) ; ft<sup>2</sup>; In calm waters the oil spilling from the ruptured hull of a grounded tanker forms an oil slick that is circular in shape. If the radius of the circle is increasing at the rate of ​ feet/minute minutes after the rupture occurs. Find an expression for the radius at any time t Hint: r(0) = 0 How large is the polluted area 8 minutes after the rupture occurred? A) ; ft<sup>2</sup> B) ; ft<sup>2</sup> C) ; ft<sup>2</sup> D) ; ft<sup>2</sup> ft2
B) In calm waters the oil spilling from the ruptured hull of a grounded tanker forms an oil slick that is circular in shape. If the radius of the circle is increasing at the rate of ​ feet/minute minutes after the rupture occurs. Find an expression for the radius at any time t Hint: r(0) = 0 How large is the polluted area 8 minutes after the rupture occurred? A) ; ft<sup>2</sup> B) ; ft<sup>2</sup> C) ; ft<sup>2</sup> D) ; ft<sup>2</sup>; In calm waters the oil spilling from the ruptured hull of a grounded tanker forms an oil slick that is circular in shape. If the radius of the circle is increasing at the rate of ​ feet/minute minutes after the rupture occurs. Find an expression for the radius at any time t Hint: r(0) = 0 How large is the polluted area 8 minutes after the rupture occurred? A) ; ft<sup>2</sup> B) ; ft<sup>2</sup> C) ; ft<sup>2</sup> D) ; ft<sup>2</sup> ft2
C) In calm waters the oil spilling from the ruptured hull of a grounded tanker forms an oil slick that is circular in shape. If the radius of the circle is increasing at the rate of ​ feet/minute minutes after the rupture occurs. Find an expression for the radius at any time t Hint: r(0) = 0 How large is the polluted area 8 minutes after the rupture occurred? A) ; ft<sup>2</sup> B) ; ft<sup>2</sup> C) ; ft<sup>2</sup> D) ; ft<sup>2</sup>; In calm waters the oil spilling from the ruptured hull of a grounded tanker forms an oil slick that is circular in shape. If the radius of the circle is increasing at the rate of ​ feet/minute minutes after the rupture occurs. Find an expression for the radius at any time t Hint: r(0) = 0 How large is the polluted area 8 minutes after the rupture occurred? A) ; ft<sup>2</sup> B) ; ft<sup>2</sup> C) ; ft<sup>2</sup> D) ; ft<sup>2</sup> ft2
D) In calm waters the oil spilling from the ruptured hull of a grounded tanker forms an oil slick that is circular in shape. If the radius of the circle is increasing at the rate of ​ feet/minute minutes after the rupture occurs. Find an expression for the radius at any time t Hint: r(0) = 0 How large is the polluted area 8 minutes after the rupture occurred? A) ; ft<sup>2</sup> B) ; ft<sup>2</sup> C) ; ft<sup>2</sup> D) ; ft<sup>2</sup>; In calm waters the oil spilling from the ruptured hull of a grounded tanker forms an oil slick that is circular in shape. If the radius of the circle is increasing at the rate of ​ feet/minute minutes after the rupture occurs. Find an expression for the radius at any time t Hint: r(0) = 0 How large is the polluted area 8 minutes after the rupture occurred? A) ; ft<sup>2</sup> B) ; ft<sup>2</sup> C) ; ft<sup>2</sup> D) ; ft<sup>2</sup> ft2

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