Answer:
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Answer:
Step-by-step explanation:
a.) The worst-case height of an AVL tree or red-black tree with 100,000 entries is 2 log 100, 000.
b.) A (2, 4) tree storing these same number of entries would have a worst-case height of log 100, 000.
c.) A red-black tree with 100,000 entries is 2 log 100, 000
d.) The worst-case height of T is 100,000.
e.) A binary search tree storing such a set would have a worst-case height of 100,000.
Answer:
Heat produced per cubic feet 2.833 BTU per cubic feet.
Step-by-step explanation:
<em>First we find the heat produced by 34 persons.</em>
Heat produced by 1 person = 800 BTUs
Heat produced by 34 persons = 800 * 34 BTUs= 27200BTUs
<em>Now we find the volume of the room that is the space that is occupied by the heat produced by 34 people.</em>
Volume of the room= L*B*H= 25 feet * 32 feet * 12 feet=9600 cubic feet
<em>Dividing the heat produced by the volume will give the heat produced per cubic feet.</em>
Heat produced per cubic feet= 27200/9600= 2.833 BTUper cubic feet.
Answer:
Infinite solutions
Step-by-step explanation:
1) First, you can solve this easily by elimination. Multiply the first equation by -2 in order to cancel out terms when adding to the second equation.
2) Then, add the new set of equations together. However, everything cancels out, bringing us to 0 = 0. This means that the lines the equations make must be the same. Thus, all real numbers must make this equation true, meaning that there are infinite solutions.