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What is the multiplicity of the zero of the polynomial function f x x plus 5 4?

If you meant x + 5 = 4 then the multiplicity is 1.


What do you notice about the graph when it passage through a root of even multiplicity?

When a graph passes through a root of even multiplicity, it touches the x-axis at that root but does not cross it. This results in a behavior where the graph flattens out at the root, typically resembling a parabolic shape. The function's value is zero at the root, and the graph approaches the x-axis from the same side before and after the root. Overall, the even multiplicity creates a smooth, turning point at the x-axis.


How many zeros can be a polynomial of degree 'n' have?

A polynomial of degree ( n ) can have at most ( n ) distinct zeros (roots) in the complex number system, according to the Fundamental Theorem of Algebra. These zeros may be real or complex, and they can also be repeated, meaning a polynomial can have fewer than ( n ) distinct zeros if some are counted multiple times (multiplicity). For example, a polynomial of degree 3 could have 3 distinct zeros, 2 distinct zeros (one with multiplicity 2), or 1 distinct zero (with multiplicity 3).


Polynomial function has a root of and ndash6 with multiplicity 3 and a root of 2 with multiplicity 4. If the function has a negative leading coefficient and is of odd degree which could be the graph o?

The polynomial function can be expressed as ( f(x) = -k(x + 6)^3(x - 2)^4 ), where ( k > 0 ). Given that it has a root of -6 with multiplicity 3 and a root of 2 with multiplicity 4, the overall degree of the polynomial is 7 (odd). With a negative leading coefficient, the graph will fall to the right and rise to the left. Additionally, at ( x = -6 ), the graph will have a local maximum, and at ( x = 2 ), it will have a local minimum.


What is the discriminant of an equation that is zero?

The discriminant of the zero polynomial, P(x) = 0, is zero because it has multiple roots at every point: For all x, P'(x) = P(x) = 0. Thus, the formula for the discriminant gives Δ = a_0^(0-2) * Π_{all different roots counting multiplicity} (one root - other root)^2 Note that the second term contains an uncountable number of zeroes multiplied together. Dividing out two of them leaves you with an uncountable number of zeroes multiplied together-- i.e. zero. The above argument can be made more rigorous by adding in all the limits and stuff.

Related Questions

What is the multiplicity of the zero of the polynomial function f x x plus 5 4?

If you meant x + 5 = 4 then the multiplicity is 1.


When was Multiplicity released?

Multiplicity was released on 07/17/1996.


What was the Production Budget for Multiplicity?

The Production Budget for Multiplicity was $45,000,000.


When was Multiplicity - album - created?

Multiplicity - album - was created in 2005.


How to identify the multiplicity?

Multiplicity is identified by looking at highest power of an exponent.


What is the duration of Multiplicity film?

The duration of Multiplicity - film - is 1.95 hours.


When was Multiplicity - film - created?

Multiplicity - film - was created on 1996-07-17.


How much money did Multiplicity gross worldwide?

Multiplicity grossed $20,133,326 worldwide.


What is the root word of the word multiplicity?

The root word of "multiplicity" is "multiple."


What is multiplicity of tax?

The multiplicity of tax is narrowly defined by several considerations, law ,policy, and administration. The meaning of multiplicity tax is the state of being various or manifold.


How much money did Multiplicity gross domestically?

Multiplicity grossed $20,133,326 in the domestic market.


What do you notice about the graph when it passage through a root of even multiplicity?

When a graph passes through a root of even multiplicity, it touches the x-axis at that root but does not cross it. This results in a behavior where the graph flattens out at the root, typically resembling a parabolic shape. The function's value is zero at the root, and the graph approaches the x-axis from the same side before and after the root. Overall, the even multiplicity creates a smooth, turning point at the x-axis.