About 0.3 degrees, by estimation.
The sixty-to-one rule is useful here. At a distance of 60 units, the angle in degrees and the distance (in units) are about equal for small angles.
Thirty to two inches is the same as sixty to four inches, about a third of a foot, so the angle must be about a third of a degree. Rounded it gives 0.3.
My horribly antiquated TI-82 thinks the answer is about 0.3183 by this methodtan−1(1/180)≈0.3183
Here mine. I did this for my AP art
Answer:
<u>20</u> seconds
Step-by-step explanation:
He eats 1/2 of the apple in 10 seconds, meaning he eats the whole apple in <u>20</u> seconds.
Answer:
$160=$70+M
Step-by-step explanation:
I believe this is the answer, hope this helps
Answer:
The volume of the container is<u><em> 480</em></u> in.
Step-by-step explanation:
First, lets break the container into two figures, just to make it easier to calculate the volume or area.
The first figure is has the height of 10 in, length of 8 in, and width of 5 in.
10 × 8 × 5
10 × 8 = 80
80 × 5 = 400
The volume of the first figure is <em>400</em> in.
Next, lets calculate the volume of the second figure which has the height of 5 in, length of 4 in, and the width of also 4 in.
5 × 4 × 4
5 × 4 = 20
20 × 4 = 80
The volume of the second figure is <em>80 </em>in.
Now, lets add the volumes of the two figures to find the total volume, 400 in for the first figure, and 80 in for the second figure. v
400 + 80 = 480
The total volume of the figure is<u><em> 480 </em></u>in.