Solve the systems of equations by graphing

Reference no: EM13759303

Need help solving a math question
Solve the systems of equations by graphing. Check your solution.
Y=-4x+2
3y+12x=6

Reference no: EM13759303

Questions Cloud

Find the classes and the limiting probabilities of the marko : Find the classes and the limiting probabilities of the Markova chain transition probability matrix.

Program specifications for a simple business problem : Given a set of program specifications for a simple business problem utilizing a modular design, code and test a program that meets the specifications and employs best programming practices.

Implementing organizational development interventions : Describe Organizational Development (OD)? How is it applied in your organization? When implementing Organizational Development (OD) interventions, how should managers deal with people who have low self-efficacy?

Munger mental models : In his article "A Lesson on Elementary, Worldly Wisdom as it Relates to Investment Management & Business," Charles Munger (1995) wrote about tools, techniques, and critical skills that great managers need to develop.

Solve the systems of equations by graphing : Need help solving a math question Solve the systems of equations by graphing. Check your solution.Y=-4x+23y+12x=6

Corporation tax return for bottle-up : The S corporation uses the small business simplified overall method for reporting these activities (see discussion for Line 12d of Schedules K and K-1 in the Form 1120S instructions). Prepare a 2012 S corporation tax return for Bottle-Up, showing ..

Listening skills that you do well and two : Review the main principles of effective listening, and select two (2) listening skills that you do well and two (2) listening skills upon which you could improve. Next, create a scenario in which you could implement the improvements that you have sel..

Consider a sequence of bernoulli trials x1 : Consider a sequence of Bernoulli trials X1, X2, X3,..., when Xn =1 or 0. Assume Pr{Xn=1 l X1, X2, ..., X(n-1)} >= alpha > 0, n=1,2,...Prove that :a) Pr{Xn =1 for some n} = 1b) Pr{Xn =1 infinitely often} =1

Develop a checklist for child and environmental factors : Develop a checklist for Child, Family factors and Environmental factors. An overview of processes you would use to gather information prior to making a referral.

User Account

All Pages