The linear equation would be N=2+3d. Plug in 6 for d and you get N=2+18 and then N=20. According to the linear model, there would be 20 box tops.
The exponential equation would be N=2^d. Plug in 6 for d and you get N=2^6 and then N=64. According to the exponential model, there would be 64 box tops.
its most likely 150 because 3 times 5 then 15 times 10 if thts wrong sorry
Answer:
So possibilities of zeroes are:
Positive Negative Imaginary
1 1 2
3 1 0
Zeroes = -1.4549, 1.2658, 0.34457-1.0503i, 0.34457+1.0503i.
Step-by-step explanation:
Note: Descartes' Rule of Signs is used to find the signs of zeroes not the exact value.
The given function is
Degree of polynomial is 4 so number of zeroes is 4.
There are three sign changes, so there are either 3 positive zeros or 1 positive zero.
Now, put x=-x in f(x).
There is one variation in sign change, so there is 1 negative zero.
So possibilities of zeroes are:
Positive Negative Imaginary
1 1 2
3 1 0
Using graphing calculator the zeroes of given function are -1.4549, 1.2658, 0.34457-1.0503i and 0.34457+1.0503i.
Answer:
A. 1/5
B. 1/2
C. 2/3
D. 3/5
E. 2/3
F. 3/8
G. 4/11
H. 3/7
I. 5/6
J. 4/11
K. 2/5
L. 1/4
Q. 27/36 = 3/4
Step-by-step explanation:
5×3=15 so 15÷ 3=5, The answer to this question would be is 5.