The radius of the circle is of 52.5 kilometers.
This question is solved using the length of arc formula, which states that:
In which:
-------------------------
In this question:
Thus, to find the radius, we solve for r.
Simplifying both sides by
The radius of the circle is of 52.5 kilometers.
A similar question is given at brainly.com/question/15162755
Answer:
Radius= 105/2 km
Step-by-step explanation:
The formula for arc length (in radians) is Arc Length = Radius*Angle(in radians)
The arc length is 35π km and the angle is 2π/3
Plug in the values and solve for r
35π = (2π/3)*r
35π*3/2π= r
r = 105/2 km or 52.5 km
Answer: (0, 8) or 8
The y intercept is never the number before the x
Answer:
The Y intercept is 8 I think
Step-by-step explanation:
Answer:
Step-by-step explanation:
To find how many times does 3 go into 26, we just have to find a number which multiplied with 3 is near 26.
We have 3 x 8 = 24, which the nearest number possible we can have from 3.
Therefore, there are a maximum of eight 3's inside 26, and a remaining of 2.
3 goes into 26 eight times with a remainder of 2.
Given that we need to determine that how many times does 3 go into 26
To determine how many times 3 goes into 26, we can divide 26 by 3 using long division.
Here's how it works:
8
------------
3 | 26
-24
---
2
We start by dividing the leftmost digit of 26, which is 2, by 3. Since 3 cannot evenly divide into 2, we bring down the next digit, which is 6, to create the number 26.
Now, we divide 26 by 3. 3 can go into 26 eight times (8 x 3 = 24). We subtract 24 from 26, which leaves us with a remainder of 2.
This means that 3 goes into 26 eight times with a remainder of 2. In other words, you can evenly divide 26 by 3 eight times, and there will be a remainder of 2 left over.
Therefore, 3 goes into 26 eight times with a remainder of 2.
Learn more about division click;
#SPJ6
feet apart, and the rope is tied to each tree at a spot 12 feet above the ground. When
you hang your backpack on the rope, the weight of the pack pulls the rope down a
little each side of the rope now makes an angle of 15 degrees with the horizontal.
That night, a bear comes into your camp and tries to get your backpack with the
food in it. Standing on its back legs, the bear can reach 8 feet into the air. Is your
stuff safe? (Your backpack is two feet long.)
Answer:
no
Step-by-step explanation:
The sag in the rope can be found using the tangent relation. The side opposite the angle is the amount of sag in the middle of the rope. The side adjacent to the angle is half the distance between the trees, (10 ft). So the amount of sag is found from ...
Tan = Opposite / Adjacent
tan(15°) = sag/(10 ft)
sag = (10 ft)tan(15°) ≈ 2.68 feet
The 2 ft backpack will have its lowest extent a total of ...
12 ft -2.68 ft -2 ft = 7.32 ft
off the ground. Since the bear can reach up to 8 feet high, it can easily take a swipe at your backpack.
Your stuff is not safe.