Category
Mathematics (48)Math (9)Engineering (7)Statistics (5)Science (4)Art (4)Electronics (3)Numerical Analysis (3)Fashion (3)Business (3)Music (3)Food (3)Literature (2)Politics (2)Sports (2)Technology (2)Manufacturing (2)Electrical (2)Calculus (2)Computer Science (2)Maintenance (2)Culture (1)Toys (1)Film (1)Physics (1)Economics (1)Work (1)Installation (1)Construction (1)Industrial (1)Energy (1)Nature (1)Medicine (1)Aerospace (1)Psychology (1)Medical (1)Travel (1)Automotive (1)Philosophy (1)
Usage Examples
Filter by Meaning The computer program can graph any polynomial function.
The problem required the student to factor a polynomial expression.
The fashion designer used a polynomial pattern to create a unique garment.
The researcher analyzed the data using a polynomial regression model.
The company's profits were affected by the polynomial fluctuations in the market.
The musician's composition used a polynomial rhythm that was challenging for the performers.
The student's understanding of polynomial division was tested on the exam.
Polynomial regression is a common statistical method used in data analysis.
The engineer used polynomial fitting to model the behavior of the system.
The algorithm utilizes polynomial time complexity to solve the problem efficiently.
The polynomial function was graphed to find its roots.
The polynomial interpolation method was used to approximate the solution.
She struggled to solve the polynomial equation in her calculus class.
The exam questions on polynomial differentiation and integration were challenging.
The field of psychology has a polynomial view of human behavior and personality.
The travel brochure highlighted a polynomial list of destinations and activities for tourists.
The disease has a polynomial presentation and can affect different organs and systems in the body.
The concept of beauty is polynomial and varies across cultures and individuals.
The electrician used polynomial to seal the joints in the control panel of the factory equipment.
The maintenance crew applied polynomial to the electrical panel to prevent overheating.
The electrician recommended using polynomial to insulate the wires in the high-voltage power lines.
The engineer designed a new type of transformer with polynomial insulation.
The product of two polynomials is not always a polynomial.
The Taylor series expansion of many functions can be written as an infinite polynomial expression.
In calculus, the derivative of a polynomial function is another polynomial function.
The formula for the volume of a sphere is a polynomial expression with a single term.
The sum of two polynomials is also a polynomial.
The area of a rectangle can be represented by the polynomial expression length x width.
In algebra, a polynomial equation can have several terms, including constants, variables, and coefficients.
The division of one polynomial by another may result in a quotient and a remainder.
The fundamental theorem of algebra states that any polynomial equation has at least one root.
The graph of a third-degree polynomial has two turning points.
To factor a polynomial, one needs to find its roots.
The polynomial expression can be graphed on a coordinate plane.
The polynomial equation can be used to represent the area of the rectangle.
The polynomial regression model provided a good fit to the data.
The formula for the area of a rectangle is a polynomial expression.
The polynomial division algorithm can be used to divide one polynomial by another.
The coefficient of the leading term in the polynomial determines the degree of the polynomial.
The polynomial function can be used to model real-world situations.
The polynomial long division method is used to divide a polynomial by another of lower degree.
The scientist used a polynomial model to predict the outcome.
The polynomial expression is difficult to factorize.
Polynomial regression is often used to model complex relationships between variables.
The polynomial graph has multiple turning points.
The polynomial equation requires the use of the quadratic formula.
The error of the least-squares solution to a polynomial system depends on the degree of the polynomial.
The complexity of polynomial time algorithms increases exponentially with the degree of the polynomial.
The polynomial degree determines the complexity of the equation.
He is struggling with solving the polynomial equations.
Post a Comment