You have to use the quadratic formula to solve this. The zeros of this quadratic are 2 + sqrt2/2 and 2 - sqrt2/2, which in "real" numbers is 1.707 and .2928
The answer would be 34.8 I’m pretty sure
L×w=64 ft^2...(1)
2w+8= l...(2)
l=64-w...(1a)
2w+8= 64-w
2w+w+8=64
3w=64-8
3w÷3= 56÷3
w=18.6'
l×w= 64
l×18.6= 64
l= 64÷18.6
l= 3.44 to the nearest hundredths.
7/10=.7
.7+4=4.7
that is the answer
Answer:
Which series of transformations can be used to prove that figure 1 is congruent to figure 2?
Step-by-step explanation:
rotation of 90° counterclockwise about the origin and then translation 5 units left
