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Problem 3 When a red blood cell is pumped it moves a distance s (in millimetres), in a given time, t, (in seconds) described by the following equation: s = 0.005t2 + vot In this equation, vo is the initial velocity, in mm s-1. Distance is measured in millimetres and time is measured in seconds. Use the equation to find how long it takes a red blood cell to travel a distance of 1000 mm. The cell had an initial velocity of 4 mm s-1. -b±/b²-4ac 2a = x (quadratic formula) To use the quadratic formula, the equation needs to be in form at? + bt +c

Problem 3 When a red blood cell is pumped it moves a distance s (in millimetres), in a given time, t, (in seconds) described by the following equation: s = 0.005t2 + vot In this equation, vo is the initial velocity, in mm s-1. Distance is measured in millimetres and time is measured in seconds. Use the equation to find how long it takes a red blood cell to travel a distance of 1000 mm. The cell had an initial velocity of 4 mm s-1. -b±/b²-4ac 2a = x (quadratic formula) To use the quadratic formula, the equation needs to be in form at? + bt +c

Algebra for College Students
Algebra for College Students
10th Edition
ISBN:9781285195780
Author:Jerome E. Kaufmann, Karen L. Schwitters
Publisher:Jerome E. Kaufmann, Karen L. Schwitters
Chapter2: Equations, Inequalities, And Problem Solving
Section2.CR: Review Problem Set
Problem 34CR
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Problem 3 When a red blood cell is pumped it moves a distance s (in millimetres), in a given time, t, (in seconds) described by the following equation: s = 0.005t2 + vot In this equation, vo is the initial velocity, in mm s-1. Distance is measured in millimetres and time is measured in seconds. Use the equation to find how long it takes a red blood cell to travel a distance of 1000 mm. The cell had an initial velocity of 4 mm s1. -btV62 -4ac x = 2a (quadratic formula) To use the quadratic formula, the equation needs to be in form at? + bt +c
Transcribed Image Text:Problem 3 When a red blood cell is pumped it moves a distance s (in millimetres), in a given time, t, (in seconds) described by the following equation: s = 0.005t2 + vot In this equation, vo is the initial velocity, in mm s-1. Distance is measured in millimetres and time is measured in seconds. Use the equation to find how long it takes a red blood cell to travel a distance of 1000 mm. The cell had an initial velocity of 4 mm s1. -btV62 -4ac x = 2a (quadratic formula) To use the quadratic formula, the equation needs to be in form at? + bt +c
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