Answer:
hdhcbhxbjftfzfbhrgegdbhdvfhhdshhtjrtjrhgdhtrhhdhrhgrrggrdgfhfhgfjjythrhthrurhgrehrh
Step-by-step explanation:
vfhdbdshgrdjfhfujdrjyhzgtjybh5kitggdegrjnrrhrutjrjhtjjtdhrhhfhhrshfngnhdhgrhffhrhdhgrrhureuufdjrrjddhdhfmmghtluhfhhgkjjjjjjghifretuyferhhgeetuhtrtyugfggfffffgghhhhkjjvfffgjjvserik her tiring hhfhchgjhfrjgfghhfetugshjjgrjjgdyljgfykjffujfeujfyuttugryuhffjjgghjgfgnjfruicseikjcdeiigdetjohgerhjhfde the na ha ha ha ha ha ha ha ha ha na SA SA SA SA SA ha ha na ha hahaha ma ha ha ha ha
Step-by-step explanation:
Let's call L the length and W the width. The length is 10 feet longer than the width, so:
L = W + 10
The area is the length times width, so:
119 = LW
Substituting:
119 = (W + 10) W
119 = W² + 10W
0 = W² + 10W − 119
0 = (W + 17) (W − 7)
W = -17 or 7
Since W must be positive, W = 7.
L = W + 10
L = 17
The length and width are 17 feet and 7 feet, respectively.
Answer:
y+z=x
Step-by-step explanation:
we know that
The <u>Exterior Angle Property of a Triangle</u> states that the measure of exterior angle of a triangle is equals to the sum of measures of its interior opposite angles
In this problem
Angle y and angle z are interior angles of triangle ABC and angle x is a exterior angle of triangle ABC
therefore
Applying the Exterior Angle Property of a Triangle
y+z=x
117 (if you put the answer in the green box)
9^2 = 81 , 6^2=36
81+36 = 117
Otherwise 10.82 if this is to the nearest hundredth
