Hello there i hope you are having a great day :) Your question: A certain television is advertised as a 50-inch TV (the diagonal length). If the width of the TV is 14 inches, how many inches tall is the TV?
So you would need to used the Pythagorean theorem that would be
c^2 = a^2 + b^2
So this would equal letter C as The hypotenuse of the right angle and also letter A and B are the stands on the triangle so C would equal 50 inches and A and B would equal 14 inches.
Then the Hard bit so you would be,
1) a^2 = c^2 - b^2
2) a = √c^2 - b^2
3) a = 50^2 - 14^2
4) a = √ 2,500 - 196
5) a = √2,304
6) A = 26
So the answer would be 26 Hopefully ❤
Answer:
why such complicated questions.....?
Step-by-step explanation:
Log7+log(x-4)=1
Subtract log 7 from both sides
Log(x-4)=1-log7
As 1-log7 = log (10/7)
Log(x-4)=log (10/7)
As bases of logs are same.
we get
x-4=10/7
Add 4 to both sides
x=10/7 + 4
simplify
x=38/7
Answer: x=38/7
-3x + 8= -7 if x=5.
I guess like this if it helps!
Plugging in the values y = 6 and when z = 3 into the given algebraic expression ³/₂y - 3 + ⁵/₃z gives us; 11
<h3>How to evaluate simple algebra?</h3>
We are given the algebraic expression;
³/₂y - 3 + ⁵/₃z
Now we want to solve this when y = 6 and when z = 3
Thus, we will plug in the values as y = 6 and when z = 3 into the given algebraic expression to get;
³/₂(6) - 3 + ⁵/₃(3) = 6 + 5
= 11
Thus, from the calculations above plugging in the values y = 6 and when z = 3 into the given algebraic expression ³/₂y - 3 + ⁵/₃z gives us; 11
Read more about Simple Algebra at; brainly.com/question/4541471
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