Which one of the options is not a factor
1 answer:
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a. By the product rule,
b. By the same rule,
and
c. You might recognize the coefficients as those that appear in the expansion of :
1, 1
1, 2, 1
1, 3, 3, 1
1, 4, 6, 4, 1
and so on; the general pattern (known as the general Leibniz rule) is
The point of intersection is the point where two or more functions meet.
The graphs of the hyperbola and ellipse have 0 point of intersection
The given parameters are:
To determine the points of intersection, we simply equate both equations.
So, we have:
Cancel out the common terms
Collect like terms
Divide through by 5
Divide through by y
<em>The system of equation does not give room to calculate the x-coordinate at the x-axis.</em>
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Hence, the graphs of the hyperbola and ellipse have <em>0 point of intersection</em>
Read more about points of intersection at:
