Please see the attached file for the fully formatted problems.

Section 5.1
Factor out the GCF in each expression.
EX68)
EX 72) a(a+1)-3(a+1)
Section 5.2
Factor each polynomial
EX 16)
Use grouping to factor each polynomial completely.
EX 80)
Section 5.3
Factor each polynomial. If the polynomial is prime, say so.
EX 58) 18z + 45 + z
Factor each polynomial.
EX 64) h
Section 5.4
Factor each trinomial using the ac method.
Strategy for factoring ax by the ac method.
EX 26) 21x
Factor each polynomial completely.
EX88) a
Section 5.5
Factor each polynomial completely.
EX36) m
Factor each polynomial completely. If a polynomial is a prime say so.
EX44) 3x
Section 5.6
Solve by factoring
Solving an equation by factoring box
EX 18) 2h
Solve each equation.
EX32) 2w(4w+1)=1
Solve each equation
EX54) x
Section 5.6
EX74)
Rectangular stage. One side of a rectangular stage is 2 meters longer than the other. If the diagonal is 10 meters, then what are the lengths of the sides?

In this solution, topics covered include factoring out the GCF of polynomials, factoring trinomials and polynomials using various methods, and solving by factoring.

... incremental change in the reliability factors are calculated ... Projected misstatement*( Incremental reliability factor -1). ... last part of the solution includes the ...

... Here we have and . To solve this equation, we first multiply both sides by the integrating factor. ,. obtaining. . Integrating both sides we obtain. whence. . ...

... The integration factor is: (1.37) We multiply both sides by the integration factor: ... So the solution to (1.32) is: (1.42) 5. The equation is: (1.43 ...

... 10. Factor completely. 5x2 + 33x + 18. 11. ... 15. Solve. 16. ... 21. Match the graph with its equation. A) y = -x2 + x B) y = -x2 + 1 C) y = -x2 + 2x D) y = -x2 - 1. ...

... from the equations above, the common factor among colligative ... The given factors are associated with a particular ... Where P = vapor pressure of solution. ...

... the critical harvest rate must decrease by a factor of to ... (7.3). The solution discusses the separation of variables, system progress and phase ... 1. The equation is ...

... into possible to render them so by multiplying one or the other equation to solve for the other variable. both equations with suitable multiplying factor/s. We ...

... A variety of factors other than substrate and enzyme ... activity on temperature is described in the Arrhenius-Equation: ... In the meantime a 2.50mM solution of 100ml ...

... can write it as {5} by taking a factor 4 out ... is a fairly complex integral and can be solved by the method of integration by parts, general formula below {10 ...