To answer the following questions, approximate all the derivatives with their corresponding "finite differences", as shown below. You must show how you calculated your answers, do not write just the final values. 165° W 160° 155° -30°N u = -0-25 U = - 0-25 A v = 0 v : -0-01 8y = 54 x 105 m 25° v = 0-03 v =0.05 u = 0-30 u = 0:25 20° 8x = 5 x 10°m 500 km a) dv at points C and D? dy What is the meridional gradient of meridional velocity
To answer the following questions, approximate all the derivatives with their corresponding "finite differences", as shown below. You must show how you calculated your answers, do not write just the final values. 165° W 160° 155° -30°N u = -0-25 U = - 0-25 A v = 0 v : -0-01 8y = 54 x 105 m 25° v = 0-03 v =0.05 u = 0-30 u = 0:25 20° 8x = 5 x 10°m 500 km a) dv at points C and D? dy What is the meridional gradient of meridional velocity
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![To answer the following questions, approximate all the derivatives with their
corresponding "finite differences", as shown below. You must show how you calculated
your answers, do not write just the final values.
165° W
160°
155°
30° N
u = - 0.25
u = -
- 0-25
A
v = 0
V = -0:01
8y =
5.4 x 105 m
25°
v = 0:03
v : 0.05
B
u = 0:30
u = 0:25
20°
8x = 5 x !0° m : 500 km
a)
dv
at points C and D?
dy
What is the meridional gradient of meridional velocity](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fad10dbe2-69d5-44c1-bbde-1a4f79a6621c%2F93088dc4-0929-4e8f-9a21-8b0edd880e69%2Fy4lnj9s_processed.jpeg&w=3840&q=75)
Transcribed Image Text:To answer the following questions, approximate all the derivatives with their
corresponding "finite differences", as shown below. You must show how you calculated
your answers, do not write just the final values.
165° W
160°
155°
30° N
u = - 0.25
u = -
- 0-25
A
v = 0
V = -0:01
8y =
5.4 x 105 m
25°
v = 0:03
v : 0.05
B
u = 0:30
u = 0:25
20°
8x = 5 x !0° m : 500 km
a)
dv
at points C and D?
dy
What is the meridional gradient of meridional velocity
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