I found some possible answers:
A. “what do you think these cookies?”
B. “What is your opinion of these cookies?”
C. “How do you feel about these cookies?”
D. “How do you like these delicious cookies?”
Option D is the correct answer because the word "delicious" could effect the person's answer to benefit the cookies.
Based on the number of years, and the number of nesting sites, the exponential function that best models the data is B. n(x) = 46,797(0.93)ˣ.
<h3>What function best models the data?</h3>
You can find the correct function by testing out the options with the given x value to see if it correctly predicts the number of nesting sites.
Function n(x) = 25,956.80(1.08)ˣ
Assuming x is 3:
= 25,956.80(1.08)³
= 32,698 sites
This function does not predict the correct number of sites which is 40,513.
Function n(x) = 46,797(0.93)ˣ
Assuming x is 3:
= 46,797(0.93)³
= 37,438 sites
This is closer to the predicted number of 40,513 sites with some discrepancy.
In conclusion, option B is correct.
Find out more on exponential functions at brainly.com/question/12940982.
Well To me I think it would be C: Both 1 and 2 Because When you look at the arrow and know the direction of Clockwise going right, you can already mark 3 off because the arrow would be going Left and pulley 1 and 2 are going right (Pully 1 is going right but down, so that would count.).
Hope This Helps!
Polyatomic ions describes ions which are posses more than one atom. Hence, the formula which represents a polyatomic atomic ion is
- Sulphates contain both Sulphur and Oxygen atoms, hence, they contain two atoms, thus they are polyatomic.
- Sulphide are represented as
; containing only Sulphur atom, hence, they are mono atomic.
- Chlorides are represented as
; containing only chlorine atoms, hence, they are mono atomic.
- Nitrides are represented as
; containing only Nitrogen atom, hence, they are also mono atomic.
Therefore, sulphates are polyatomic as they contain more than one atom.
Learn more :brainly.com/question/23391837?referrer=searchResults
<span>The answer is that once alcohol has been passed onto the large intenstine, it will be immediately absorbed into an individual's blood. The Large intenstine cannot absorb alcohol, if this occurs, an individual may have a problem in his or her bladder, which is requires medical treatment immediately to prevent complications.</span>