<h3>The Simplified Question:-</h3>


<h3>
Solution:-</h3>
Let

For n=1





Let k be any positive integer.

We have to prove that p(k+1) is true.
consider









Thus P(k+1) is true whenever P(k) is true.
Hence by the Principal of mathematical induction statement P(n) is true for 
Note:-
We can solve without simplifying the Question .I did it for clear steps and understanding .
<h3>Learn More:-</h3>
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Hello,
(f-g)(0)=f(0)-g(0)=3-(-2)=5
The greatest common factor and factoring by grouping of the following is;
- 3m
- 2a
- 8xy
- 5mn
- 3(r + t)²
- z²(m + n)⁴
<h3>Greatest common factor</h3>
The greatest common factor is the largest positive integer or polynomial that is a divisor of several different numbers. For instance, the greatest common divisor of 66, 30 and 18 is 6.
9m³, 3m², 15m
= 3m
4a², 6a, 2a³
= 2a
16xy³, 24x²y², 8x²y
= 8xy
10m²n², 25mn³, 50m²n
= 5mn
6m(r + t)², 3p(r + t)⁴
= 3(r + t)²
7z²(m + n)⁴, 9z³(m + n)^5
= z²(m + n)⁴
Learn more about greatest common factor:
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#SPJ1
1 yard = 3 feet
2/3 of a yard would be 2 feet
4.5 yards = 13.5 feet
13.5-2 = 11.5 feet
11.5 feet = 3.83 yards
therefore at least 11.5 feet or 3.83 yards must be purchased
Answer:
Step-by-step explanation: