Gomper is trying to cut a round pizza into the largest possible number of pieces with 3 straight cuts of the knife. He can't res
tack or rearrange the pieces after a cut. What is the largest number of pieces he can cut?
1 answer:
A)If Gomper cuts the pizza with 3 parallel cuts, there will be 4 pieces.
b)If he makes 2 parallel cut and 1 cut not parallel to the first 2:
the 2 parallel cuts form 3 pieces. The next non parallel cut, doubles the 3 pieces, into 6.
c) if no 2 of the cuts are parallel, and no 3 lines intersect at 1 point, then 7 pieces are formed, as can be checked in the picture.
Answer: 7
b)If he makes 2 parallel cut and 1 cut not parallel to the first 2:
the 2 parallel cuts form 3 pieces. The next non parallel cut, doubles the 3 pieces, into 6.
c) if no 2 of the cuts are parallel, and no 3 lines intersect at 1 point, then 7 pieces are formed, as can be checked in the picture.
Answer: 7
You might be interested in
Option ( C ) is the correct answer.
Answer:
See Below.
Step-by-step explanation:
By the definition of the logarithm, if we have:
This means that we have some value <em>y</em> such that:
If <em>x</em> is -8, then:
As you can see,<em> </em>there is no real value* that can make the result negative. No matter what the value of <em>y</em> is, we will simply get another positive value.
So, -8 or any other negative value or zero is not included in our domain. 0 is not included because, likewise, we can’t raise 2 to a power and get 0 as a result.
*There is no <em>real</em> value for which 2 raised to <em>y</em> is -8. However, as you will learn much much later, there are in fact <em>infinitely</em> many <em>complex </em>(imaginary) solutions such that 2 raised to <em>y </em>is indeed -8.