mavii

Free math problem solver answers your algebra, geometry, trigonometry, calculus, and statistics homework questions with step-by-step explanations, just like a math tutor.

The factoring calculator transforms complex expressions into a product of simpler factors. It can factor expressions with polynomials involving any number of variables as well as more complex expressions.

Free Factoring Solver helps you factor, expand or simplify polynomials. Find greatest common divisors, roots, partial fraction decompositions. Answers, graphs, additional properties.

The correct factorization is (7y + 4) (y + 7) is (7y + 4) (y + 7) (option B) How to factor the expression? For us to factor the expression 7y² + 53y + 28, we need to find two binomial factors that when multiplied together will yield the original expression.

Factor the polynomial by factoring out the greatest common factor, 7a+4 7 a + 4.

Factor 7y2 + 53y + 28. A. (y + 5) (7y + 2) B. (7y – 2) (y – 14) C. (y – 12) (7y – 1) D. (7y + 4) (y + 7) Question and answer

Detailed step by step solution for factor 7x^2+53x+28

The expression 7y2 +53y + 28 factors to (y + 7)(7y +4). This corresponds to option C in the provided choices. Therefore, the correct answer is C) (7y + 4)(y + 7).

Sure! Let's factor the quadratic expression 7y2 + 53y + 28. To factor this expression, we need to find two binomials that multiply together to give us the expression. The expression is in the form of ay2 + by +c, where: a = 7 b = 53 c = 28 We'll look for two numbers that multiply to a× c = 7× 28 = 196 and add up to b = 53.

The factorization of the quadratic polynomial 7y2 + 53y + 28 is (7y + 4)(y +7). Thus, option A is the correct choice. This factorization is achieved by identifying appropriate pairs of numbers that multiply and sum to the constant and linear coefficients, respectively.

Factor 7y2 53y 28. A. (y 5) (7y 2) B. (7y 2) (y 14) C. (y 12) (7y 1) D. (7y 4) (y 7) Question and answer

Weegy: The relationship between a plant's height and the number of days without sunlight is an example of Positive correlation. (More)Factor 7y2 + 53y + 28. A. (y + 5) (7y + 2) B. (7y – 2) (y – 14) C. (y – 12) (7y – 1) D. (7y + 4) (y + 7)

Free Pre-Algebra, Algebra, Trigonometry, Calculus, Geometry, Statistics and Chemistry calculators step-by-step

Any point in the equator would complete a 360° or 2π, revolution in 24 hours. Therefore, the linear speed would be s=rθ/t. where r is the radius of the Earth and θ is the angular distance (in rad) after time t Hence, the linear speed would be s= (3960×2π)/24 = (3960×2×3.14)/24 = 24868.8/24 = 1036.7 ≈1037 mphCorrect Answer is = B. (7y + 4) (y + 7)Factor by grouping.

Weegy: The relationship between a plant's height and the number of days without sunlight is an example of Positive correlation. (More) Question|Asked by Bethzayda Expert Answered Updated 276 days ago|7/24/2023 2:48:22 PM 0 Answers/Comments See all questions asked by bethzayda 39,083,963 questions answeredFactor 7y2 53y 28. A. (y 5) (7y 2) B. (7y 2) (y 14) C. (y 12) (7y 1) D. (7y 4) (y 7)

Detailed step by step solution for factor 7a^2+53a+28

Weegy: The relationship between a plant's height and the number of days without sunlight is an example of Positive correlation. (More) Question|Asked by Bethzayda Expert Answered Updated 62 days ago|7/24/2023 2:48:22 PM 0 Answers/Comments See all questions asked by bethzayda 38,434,942 questions answered *Factor 7y2 53y 28. A. (y 5) (7y 2) B. (7y 2) (y 14) C. (y 12) (7y 1) D. (7y 4) (y 7)

Weegy: The relationship between a plant's height and the number of days without sunlight is an example of Positive correlation. (More) Question|Asked by Bethzayda Expert Answered Updated 100 days ago|7/24/2023 2:48:22 PM 0 Answers/Comments See all questions asked by bethzayda 38,578,381 questions answeredFactor 7y2 + 53y + 28. A. (y + 5) (7y + 2) B. (7y – 2) (y – 14) C. (y – 12) (7y ...