Answer:
4/25 is the answer guys!
Step-by-step explanation:
The next value in the given pattern of digits and numbers is:
E
1 I
Then we see that the alphabet I requires just one vertical line to get formed.
2 L
Hence, from this we could claim that L is formed with the help of one vertical and one horizontal line.
3 F
Again the alphabet F could be formed with the help of 3 lines one vertical and two horizontal line.
4 E
because E is formed with the help of four lines 1 vertical and three horizontal lines.
The next term in the sequence is 4U.
The given sequence seems to follow a pattern where the 1st term is the number itself, and the 2nd term is the last letter of the number. The 3rd term is the 1st letter of the next number, and so on.
Therefore, the next term in the sequence would be 4U.
–2x – 3z = –8
–2x + 2y – 3z = –14
Answer:
(-2,-3,4)
Step-by-step explanation:
The given logarithmic expression log(8a/2) can be expanded as 2 log 2 + log a by using the properties of logarithms.
The question is asking to expand the logarithmic expression log(8a/2). The properties of logarithms can be applied in order to simplify it. There are two key properties that will be used. First, the logarithm of a product of two numbers is the sum of the logarithms of the two numbers, which can be represented as log xy = log x + log y. Second, the logarithm of the number resulting from the division of two numbers is the difference between the logarithms of the two numbers, represented as log (a/b) = log a - log b.
With these properties in mind, we can start simplifying the given logarithmic expression. The expression log(8a/2) can be represented as log 8 + log a - log 2. Simplifying further, we get log 2^3 + log a - log 2, which simplifies further to 3 log 2 + log a - log 2. Simplifying one more step gives 2 log 2 + log a.
#SPJ6
Answer:
A = 25 so that the expression is a perfect-square trinomial.
Step-by-step explanation:
Given : expression
We have to find the value of A so that each expression is a perfect-square trinomial.
perfect-square is the term in the form of
Since , we know the algebraic identity,
Given expression is of the form of
Thus, comparing , we get,
a= x ,
-2ab = -10x
⇒ b = 5
Thus adding b² term to get perfect-square trinomial.
b² = 25
Thus, the perfect-square trinomial becomes
So, A = 25