What is the approximate volume of the cylinder. Use 3.14 for TT
2 answers:
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The correct answer would be C.
In order to solve for this you must first get the equation equal to 0. Luckily for you, it already is in that form.
Now knowing this we can use the coefficients of each one in descending order of power as a, b and c.
a = 4 (because it is the coefficient to x^2)b = -6 (because it is the coefficient to x)c = 1 (because it is the end number)
Now we can plug these values into the quadratic equation.
And those would be your two answers
In order to solve for this you must first get the equation equal to 0. Luckily for you, it already is in that form.
Now knowing this we can use the coefficients of each one in descending order of power as a, b and c.
a = 4 (because it is the coefficient to x^2)b = -6 (because it is the coefficient to x)c = 1 (because it is the end number)
Now we can plug these values into the quadratic equation.
And those would be your two answers
Answer:
The pulse rate is 84.54bpm
Step-by-step explanation:
Given
Required
Find when
Substitute 71 for x in:
<em>The pulse rate is 84.54bpm</em>