C bcz i checked the calculator ∞
Answer with Step-by-step explanation:
We are given that
and are linearly independent.
By definition of linear independent there exits three scalar and such that
Where
We have to prove that and are linearly independent.
Let and such that
...(1)
..(2)
..(3)
Because and are linearly independent.
From equation (1) and (3)
...(4)
Adding equation (2) and (4)
From equation (1) and (2)
Hence, and area linearly independent.
Answer:
0is the answer to this question
Answer:
C. P= 1000M
Step-by-step explanation:
Using the quotient rule of logs we can write:
log(M) - log(N) = 4
or
log(M) - 4 = log(N) (Equation 1)
Using the quotient rule of logs we can write:
log(P) - log(N) = 7
or
log(P) - 7 = log(N) (Equation 2)
Comparing equation 1 and 2, we can write:
log(M) - 4 = log(P) - 7
-4 + 7 = log(P) - log(M)
log(P) - log(M) = 3
Converting the log to exponential form we get:
Thus, option C gives the correct answer.