29) The cost y to produce x itemsâ is, in someâ cases, expressed as y equals mx plus by=mx+b. The number b gives the fixed costâ (the cost that is the same no matter how many items areâ produced), and the number m gives the variable costâ (the cost to produce an additionalâ item).
It costs â$300 to start up a business selling campaign buttons. Each button costs â$0.380 to produce. Use the above imformation to complete the exercise from a to e.
a.What is the fixedâ cost?
34) Write an equation for the line passing through the given pair of points. Give the final answer in â(a)â slope-intercept form and â(b) standard form.
(â5,â1), (4,â3)
35) Write an equation of the line satisfying the given conditions.â (Hint: Recall the relationships among slopes of perpendicularâ lines.)
Perpendicular to xâ3y=44â; ây-intercept â(0,â5â)
36) Write an equation of the line satisfying the given conditions.
Through (22â,â33â); parallel to 33x=44y+5
29) The cost y to produce x itemsâ is, in someâ cases, expressed as y equals mx plus by=mx+b. The number b gives the fixed costâ (the cost that is the same no matter how many items areâ produced), and the number m gives the variable costâ (the cost to produce an additionalâ item).
It costs â$300 to start up a business selling campaign buttons. Each button costs â$0.380 to produce. Use the above imformation to complete the exercise from a to e.
a.What is the fixedâ cost?
34) Write an equation for the line passing through the given pair of points. Give the final answer in â(a)â slope-intercept form and â(b) standard form.
(â5,â1), (4,â3)
35) Write an equation of the line satisfying the given conditions.â (Hint: Recall the relationships among slopes of perpendicularâ lines.)
Perpendicular to xâ3y=44â; ây-intercept â(0,â5â)
36) Write an equation of the line satisfying the given conditions.
Through (22â,â33â); parallel to 33x=44y+5
