All problems will use the conventional Cartesian coordinate system unless noted otherwise.Positive x-axis points to the right,Positive y-axis points up,Angles are measured CCW (counter-clock-wise) from the positive x-axis.When a numerical input is necessary:Enter your answer to 4 significant figures. Use a leading zero for numbers between -1 & 1.Do NOT use Scientific Notation.Angles must be reported with a minimum of 2 decimal places.Report directions as positive angles. For instance, 350 degrees, not -10 degrees.Use the "standard" coordinate system unless noted otherwise.Regarding the magnitude of an angle between two objects that could be reported with more than one value, submit the smaller value. Magnitude shall always be reported as a positive number.Value shall be reported either as a positive or negative number based upon the application. When reporting a value, include the sign.Problem-DD:Consider FIG-DD in the appendix. Note:For Blocks “A” & “B” & “C”:The mass of “A” is 30 kg.The mass of “B” is 50 kg.The mass of “C” is 40 kg.Blocks “A” & “B” are in contact.Blocks “B” & “C” are in contact.Blocks “C” & “inclined plane” are in contact.The angle above the horizontal of the inclined plane is Θ = 30°.The static coefficients of friction:Surface-1: 0.30Surface-2: 0.40Surface-3: 0.45The kinetic coefficients of friction:Surface-1: 0.23Surface-2: 0.37Surface-3: 0.42 FIND:Calculate:The maximum force of P, such that motion does not occur.When this maximum P is applied, determine the remaining forces on the Blocks.NOTE: Surface-3 is the surface between Block-C and the Inclined Plane. CABLEP.FIG -DD2) QUESTION 18Problem-DDThe magnitude of the angle between the Resultant Force on Surface-2 and a vertical line is _degrees.QUESTION 19Problem-DDThe magnitude of the angle between the Normal Force on Surface-2 and the Resultant Force on Surface-2 isdegrees.QUESTION 20Problem-DDThe magnitude of the resultant force, R, on Surface-2 is N.

Answered: Image /qna-images/answer/60dadbf8-6faa-4d82-9a07-103de2f6b4b0.jpg

Answered: Consider FIG-DD in the appendix.…

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

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All problems will use the conventional Cartesian coordinate system unless noted otherwise.
- Positive x-axis points to the right,
- Positive y-axis points up,
- Angles are measured CCW (counter-clock-wise) from the positive x-axis.
When a numerical input is necessary:
- Enter your answer to 4 significant figures. Use a leading zero for numbers between -1 & 1.
- Regarding the magnitude of an angle between two objects that could be reported with more than one value, submit the smaller value.
- Magnitude shall always be reported as a positive number.
- Value shall be reported either as a positive or negative number based upon the application. When reporting a value, include the sign.
Problem-DD:

Consider FIG-DD in the appendix.

Note:
- For Blocks “A” & “B” & “C”:
  - The mass of “A” is 30 kg.
  - The mass of “B” is 50 kg.
  - The mass of “C” is 40 kg.
- Blocks “A” & “B” are in contact.
- Blocks “B” & “C” are in contact.
- Blocks “C” & “inclined plane” are in contact.
- The angle above the horizontal of the inclined plane is Θ = 30°.
- The static coefficients of friction:
  - Surface-1: 0.30
  - Surface-2: 0.40
  - Surface-3: 0.45
- The kinetic coefficients of friction:
  - Surface-1: 0.23
  - Surface-2: 0.37
  - Surface-3: 0.42
FIND:
- Calculate:
  - The maximum force of P, such that motion does not occur.
  - When this maximum P is applied, determine the remaining forces on the Blocks.
  - NOTE: Surface-3 is the surface between Block-C and the Inclined Plane.

QUESTION 18
Problem-DD
The magnitude of the angle between the Resultant Force on Surface-2 and a vertical line is _degrees.
QUESTION 19
Problem-DD
The magnitude of the angle between the Normal Force on Surface-2 and the Resultant Force on Surface-2 is
degrees.
QUESTION 20
Problem-DD
The magnitude of the resultant force, R, on Surface-2 is N.

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