We can use the tangent ratio, where tan(x)=opposite/adjacent. In this question, FT is the 'opposite', TV is the 'adjacent' and 43° is 'x'.
Let's substitute the values into the equation, and rearrange to find the length of FT:
tan(43)=FT/53
× both sides by 53
53tan(43)=FT
Using a calculator, the answer to this equation gives us 49.42329957. Thus, the answer is D. 49.42
Answer:
A=200.96 in2
Step-by-step explanation:
A=PI x R2
A=3.14 x 8 in x 8 in
a=200.96 cm
To solve this problem you must apply the procccedure shown below:
1. You must apply the formula or calculate the volume of a cylinder, which is:
V=r^2hπ
Where r is the radius and h is the height of the cylinder.
2. Therefore, you have:
V=(1.5 m)^2(2.5 m)π
V=5.62π m^3
The answer is:5.62π m^3
Answers:
A''(3, 0); B''(3, 2); C''(1, 1); D''(1, -1)
Explanation:
We perform the reflection across y=x first. This reflection switches the x- and y-coordinates; this maps:
A(2, 4)→A'(4, 2)
B(4, 4)→B'(4, 4)
C(3, 2)→C'(2, 3)
D(1, 2)→D'(2, 1)
Next we perform the translation. This translation shifts the figure 1 unit left and 2 units down, by subtracting 1 from the x-coordinate and 2 from the y-coordinate. This maps:
A'(4, 2)→A''(3, 0)
B'(4, 4)→B''(3, 2)
C'(2, 3)→C''(1, 1)
D'(2, 1)→D''(1, -1)
Answer:
Markiplier
Step-by-step explanation: