pshire Unive Xstalling a flagpole in the central plaza. The plaza is a square with szigure below. The flagpole will take up a square plot in the middle oarea of a2 - 6x+ 9 yd?.6x +9Area of the flagpole plot: x2100 yards100 yardslength of the base of the flagpole by factoring. (Hint: Because the area o.on that involves the variable æ, the length of the base will also involve the vagth of the base of the flagpole is固助助 yards.Submit AssignmentQuit & Save

The area of a square with side length a is a2 square units.

stalling a flagpole in the central plaza. The plaza is a square with sa igure below. The flagpole will take up a square plot in the middle o area of a2- 6x + 9 yd?. 6x + 9 Area of the flagpole plot: a4 100 yards 100 yards length of the base of the flagpole by factoring. (Hint: Because the area o. on that involves the variable c, the length of the base will also involve the va gth of the base of the flagpole is Eh yards.

stalling a flagpole in the central plaza. The plaza is a square with sa igure below. The flagpole will take up a square plot in the middle o area of a2- 6x + 9 yd?. 6x + 9 Area of the flagpole plot: a4 100 yards 100 yards length of the base of the flagpole by factoring. (Hint: Because the area o. on that involves the variable c, the length of the base will also involve the va gth of the base of the flagpole is Eh yards.

Elementary Algebra

17th Edition

ISBN:9780998625713

Author:Lynn Marecek, MaryAnne Anthony-Smith

Publisher:Lynn Marecek, MaryAnne Anthony-Smith

Chapter7: Factoring

Section7.4: Factor Special Products

Problem 273E: Landscaping Sue and Alan are planning to put a 15 foot square swimming pool in their backyard. They...

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Landscaping Sue and Alan are planning to put a 15 foot square swimming pool in their backyard. They will surround the pool with a tiled deck, the same width on all sides. If the width of the deck is w, the total area of the pool and deck is given by the trinomial 4w2+60w+225 . Factor the trinomial.
Factor completely using trial and error: 2a2+5a+3 .
Factor: 10t2+19t15 .
Height of a beach ball The height of a beach ball tossed up with an initial speed of 12 feet per second from a height of 4 feet is related to the number of seconds, t, since it is tossed by the trinomial 16t2+12t+4 . Completely factor the trinomial.