I need more detail about my answer, so watch the professor's comment and write your solution more detail. I attach the question and the professor's comment.My answer: According to fluid dynamics. Where the velocity is large, the pressure will smaller. The velocity of water flow is maximum at center of ditch i.e, towards east relative to platform.Therefore answer is D 2. While walking along a trail next to a long straight concrete-walled irrigation ditch you notice a rectangular platformfloating close to, but not touching, the west side of the ditch. The platform remains oriented so that the long sides areparallel to the walls of the ditch, but can't touch the side of the ditch. The water in the ditch is flowing north and itsflow is laminar. You can see that the platform is held in place by a cable at each end that extends down into the water,but the water is too murky for you to tell where they're anchored. But you've been studying fluid dynamics, so youfigure out that the anchor point of each cable must be in which direction (other than below) from where it's attachedto the floating platform? (Hints: There will be(twd effects from the water's flow, so be sure to consider both. Think about where,relative to the platform, the flow must be fastest.)AuorLing bo ghi2 dynamie where the belauitly isYou've talked about one effect. Whatdarje, the presure will smaller.about the other?The relority of mater Sow is muximum atLenter of Litch i-e; toward east relativewater flowa) no direction (directly below the platform)b) northc) northwestd) weste) southwestf) southg) southeast

Answered: While walking along a trail next to a…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Related questions

Question

I need more detail about my answer, so watch the professor's comment and write your solution more detail. I attach the question and the professor's comment.

My answer: According to fluid dynamics. Where the velocity is large, the pressure will smaller. The velocity of water flow is maximum at center of ditch i.e, towards east relative to platform.

Therefore answer is D

2. While walking along a trail next to a long straight concrete-walled irrigation ditch you notice a rectangular platform
floating close to, but not touching, the west side of the ditch. The platform remains oriented so that the long sides are
parallel to the walls of the ditch, but can't touch the side of the ditch. The water in the ditch is flowing north and its
flow is laminar. You can see that the platform is held in place by a cable at each end that extends down into the water,
but the water is too murky for you to tell where they're anchored. But you've been studying fluid dynamics, so you
figure out that the anchor point of each cable must be in which direction (other than below) from where it's attached
to the floating platform? (Hints: There will be(twd effects from the water's flow, so be sure to consider both. Think about where,
relative to the platform, the flow must be fastest.)
AuorLing bo ghi2 dynamie where the belauitly is
You've talked about one effect. What
darje, the presure will smaller.
about the other?
The relority of mater Sow is muximum at
Lenter of Litch i-e; toward east relative
water flow
a) no direction (directly below the platform)
b) north
c) northwest
d) west
e) southwest
f) south
g) southeast

Expert Solution

Step 1

The problem can be identified as below:

Trending now

This is a popular solution!

Step by step

Solved in 2 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions