This is a classic problem I think that you mean
Answer:
This problem clearly states to use proof by induction, follow the complete answer below.
Step-by-step explanation:
To prove something by induction we have to make a proposition first, in this case:
is divisible by 9
Where is the order of the proposition.
First we have to prove the first few orders, let's just check P(1):
which is clearly divisible by 9
Now let's assume that P(n) is true that means, our original proposition is true. Now let's try to find out whether P(n+1) is true:
The is divisible by 9 because we assumed that " is divisible by 9" was a true proposition. On the other hand has a factor of 9 regardless of n, thus is also divisible by 9 that means that P(n+1) is true and it follows that P(n) must also be true, thus proving our initial statement.
Answer:
they cant stop nothin
Step-by-step explanation:
1. a
2. c
3. b
hope this helps!
Answer:
True Statement are
Step-by-step explanation:
Given:
DF = 11
EF = 8
In Right Angle Triangle DEF, the Sine Identity is
Substituting the values we get
....True
And also,
Substituting the values we get
....True
Answer:
System of equations:
(4, 22)
A pair of socks costs 4 dollars, and a pair of slippers cost 22 dollars.
Step-by-step explanation: