I think you have a typo in your problem. I believe you are asking about 29% of the circle.
In that case, it would by 29% of 360 or 0.29 x 360 = 104.4
29% is not the same as 29 degrees.
Answer:
49 m/s
Step-by-step explanation:
We don't know what your model is, so we'll solve this based on the balance of forces. Air resistance exerts an upward force of ...
(4 N/(m/s))v
Gravity exerts a downward force of ...
(20 kg)(9.8 m/s²) = 196 N
These are balanced (no net acceleration) when ...
(4 N/(m/s))v = 196 N
v = (196 N)/(4 N/(m/s)) = 49 m/s
The terminal velocity is expected to be 49 m/s.
Let y = 0 to find the zeros.

We can now split the middle term into factors of 6 that add up to 5.

Group the first two terms, and group the last two terms, and factorise.


Group like terms.

Now, we know that in order for a zero to occur, either x + 3 = 0 or x + 2 = 0.
Hence, x = -3 and -2 are the zeros in this quadratic.
You just add the LxW and for area you multiply LxWxLxW
70,000
Since 67 is closer to 70 than 60, you would choose 70. Insert 70 into the ten thousands place, and you get 70,000
hope this helps:)