There exists the same question from other source that has he following questions:
home / study / science / chemistry / questions and answers / answer the following questions for 1,3,5-hexatriene, ...<span>Question: Answer the following questions for 1,3,5-hexatrien...</span>Answer the following questions for 1,3,5-hexatriene, the conjugated triene containing six carbons. 1) Which p molecular orbitals belong in the following categories? Select all that apply A) Bonding: p 6*, p 5*, p 4*, p 3 , p 2, p1 B)Antibonding: p 6*, p 5*, p 4*, p 3 , p 2, p1
2) Select which p molecular orbital is the: A) Homo: p 6*, p 5*, p 4*, p 3 , p 2, p1 B) Lumo: p 6*, p 5*, p 4*, p 3 , p 2, p1
If i am correct n= the days so with the days adding up day 10 juan would have 55 of the 100 candies, day 11 he would have 66. The statement said at least 64, so it would have to be 64 or the closet amount to 64 but it cannot be lower than 64. So there for 66 is the closest to the given amount, and in order for juan to get 64 he would need to take candies out for 11 days.
1. The problem says that the television has a rectangular shape. So, the formula for caculate the area of a rectangle is:
A=LxW
"A" is the area of the rectangle (A=3456 inches²). "L" is the the length of the rectangle. "W" is the width of the rectangle.
2. The <span>width of the screen is 24 inches longer than the length. This can be expressed as below:
W=24+L
3. Then, you must substitute </span>W=24+L into the formula A=LxW: <span> </span>A=LxW <span> 3456=L(24+L) 3456=24L+L</span>² <span> 4. The quadratic equation is:
L</span>²+24L-3456=0
5. When you solve the quadratic equation, you obtain:
L=48 inches
6. Finally, you must substitute the value of the length, into W=24+L:
