A wedge shaped bar, as shown below, is subjected to a tensile load, P. The width of the root and tip of the bar are 10cm and 4cm, respectively, and the length of the bar is 15cm. The cross-section of the bar is rectangular with a thickness of t-36.7mm. First divide the bar into three equal length elements, and find the mean (average) area of each element. What is the value of the average area of the second element (shown below) in cm². (Hint: round your answer to 4 digits after decimal point). 10 cm Your Answer: Answer X 15 cm (3) 4 4 cm P
A wedge shaped bar, as shown below, is subjected to a tensile load, P. The width of the root and tip of the bar are 10cm and 4cm, respectively, and the length of the bar is 15cm. The cross-section of the bar is rectangular with a thickness of t-36.7mm. First divide the bar into three equal length elements, and find the mean (average) area of each element. What is the value of the average area of the second element (shown below) in cm². (Hint: round your answer to 4 digits after decimal point). 10 cm Your Answer: Answer X 15 cm (3) 4 4 cm P
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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Q1
Transcribed Image Text:A wedge shaped bar, as shown below, is subjected to a tensile load, P. The width of
the root and tip of the bar are 10cm and 4cm, respectively, and the length of the bar
is 15cm. The cross-section of the bar is rectangular with a thickness of t-36.7mm.
First divide the bar into three equal length elements, and find the mean (average)
area of each element. What is the value of the average area of the second element
(shown below) in cm². (Hint: round your answer to 4 digits after decimal point).
10 cm
(1)
Your Answer:
Answer
A
15 cm
(3)
4
4 cm
P
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