Solve this algebraic equation.
It is not very difficult.
There's an answer.
Attachments:

HappiestWriter012:
x = 2
Answers
Answered by
5
hey mate
refer to attachment
refer to attachment
Attachments:

Answered by
2
ⓗⓨⓨ ⓢⓘⓡ
ⓗⓔⓡⓔ ⓘⓢ ⓨⓞⓤⓡ
ⓐⓝⓢⓦⓔⓡ

we know that according to the exponential laws :-

AND .............

so, this given equation is satisfied
⊙ For this the value of x must be positive.


Hope my answer satisfied you
ⓗⓔⓡⓔ ⓘⓢ ⓨⓞⓤⓡ
ⓐⓝⓢⓦⓔⓡ
we know that according to the exponential laws :-
AND .............
so, this given equation is satisfied
⊙ For this the value of x must be positive.
Hope my answer satisfied you
Similar questions
Business Studies,
8 months ago
English,
8 months ago
Science,
8 months ago
Geography,
1 year ago
Science,
1 year ago