Please explain each step to solve for the solutions in part 2. Explain how to find corner points and each step as well Graph and shade the points (if any) that satisfy the following system of linear...

Please explain each step to solve for the solutions in part 2. Explain how to find corner points and each step as well

Extracted text: Graph and shade the points (if any) that satisfy the following system of linear inequalities. Then find the coordinates of all of the corner points: -7y < -7,="" 4х="" —="" зу="" 2="" 5,="" 4х="" +="" 4y="">< 40="" which="" one="" of="" the="" following="" statements="" best="" describes="" your="" solution:="" a.="" there="" are="" no="" corner="" points,="" because="" there="" are="" no="" points="" that="" satisfy="" all="" of="" the="" inequalities.="" b.="" there="" are="" no="" corner="" points,="" because="" the="" shaded="" points="" constitute="" a="" single="" half-plane.="" c.="" there="" is="" exactly="" one="" corner="" point.="" d.="" there="" are="" exactly="" two="" corner="" points.="" e.="" there="" are="" exactly="" three="" corner="" points.="" f.="" there="" are="" exactly="" four="" corner="" points.="" g.="" there="" are="" exactly="" five="" corner="" points.="" h.="" there="" are="" more="" than="" five="" corner="" points.="" statement:="" e="" part="" 2="" yes,="" that="" is="" correct.="" what="" are="" the="" corner="" points?="" beginning="" with="" the="" corner="" point="" that="" is="" closest="" to="" the="" origin="" (or="" the="" origin="" if="" it="" is="" a="" corner="" point)="" and="" then="" proceeding="" around="" the="" boundary="" in="" counter-clockwise="" order,="" enter="" the="" coordinates="" of="" the="" corner="" points:="" first="" corner:="" (="" second="" corner:="" (="" third="" corner:="" (="">