Question
triangle:
37 degree
9 adjacent
x opposite
tan (37) = x/9
9 * tan (37) = x
6.78 = x
x = 6.78
What is the correct answer?
a. x = 5.42
b. x = 6.78
c. x = 7.19
d. x = 6.26
37 degree
9 adjacent
x opposite
tan (37) = x/9
9 * tan (37) = x
6.78 = x
x = 6.78
What is the correct answer?
a. x = 5.42
b. x = 6.78
c. x = 7.19
d. x = 6.26
Answers
GPT-4o mini
Let's verify your calculation step by step.
You used the tangent function correctly. The formula for tangent in a right triangle is:
\[
\tan(\theta) = \frac{\text{opposite}}{\text{adjacent}}
\]
In your case, you have:
\[
\tan(37^\circ) = \frac{x}{9}
\]
To solve for \(x\), you multiplied both sides by 9:
\[
x = 9 \cdot \tan(37^\circ)
\]
Now, let's calculate \(\tan(37^\circ)\):
Using a calculator:
\[
\tan(37^\circ) \approx 0.7536
\]
Now substituting that value in:
\[
x = 9 \cdot 0.7536 \approx 6.7824
\]
When rounded, this result is approximately 6.78.
Looking at the options you provided:
a. x = 5.42
b. x = 6.78
c. x = 7.19
d. x = 6.26
The closest answer based on your calculations is **b. x = 6.78**. Thus, your calculation appears to be correct.
You used the tangent function correctly. The formula for tangent in a right triangle is:
\[
\tan(\theta) = \frac{\text{opposite}}{\text{adjacent}}
\]
In your case, you have:
\[
\tan(37^\circ) = \frac{x}{9}
\]
To solve for \(x\), you multiplied both sides by 9:
\[
x = 9 \cdot \tan(37^\circ)
\]
Now, let's calculate \(\tan(37^\circ)\):
Using a calculator:
\[
\tan(37^\circ) \approx 0.7536
\]
Now substituting that value in:
\[
x = 9 \cdot 0.7536 \approx 6.7824
\]
When rounded, this result is approximately 6.78.
Looking at the options you provided:
a. x = 5.42
b. x = 6.78
c. x = 7.19
d. x = 6.26
The closest answer based on your calculations is **b. x = 6.78**. Thus, your calculation appears to be correct.