Subject: phys A carpenter's square has the shape of an L as shown in the figure below. Locate its center of gravity. (Take (x, y) = (0, 0) at the intersection of d, and d. Assumed, 16.0 cm, d₂ 3.00 cm, d, 3.00 cm, and d, -9.0 cm.)4.77XYou can consider the carpenter's square to consist of two rectangles positioned at 90 degrees to each other, 6.22dildihid✔)cm

Answered: Image /qna-images/answer/87196557-9a4c-4f08-9af6-5ee428484b2b.jpg

A carpenter's square has the shape of an L as shown in the figure below. Locate its center of gravity. (Take (x, y) = (0, 0) at the intersection of d, and d. Assume d₁-16.0 cm, d₂= 3.00 cm, d, 3.00 cm, and d, 9.0 cm.) 4.77 You can consider the carpenter's square to consist of two rectangles positioned at 90 degrees to each other, 6.22 ✔ )cm

A carpenter's square has the shape of an L as shown in the figure below. Locate its center of gravity. (Take (x, y) = (0, 0) at the intersection of d, and d. Assume d₁-16.0 cm, d₂= 3.00 cm, d, 3.00 cm, and d, 9.0 cm.) 4.77 You can consider the carpenter's square to consist of two rectangles positioned at 90 degrees to each other, 6.22 ✔ )cm

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter2: Vectors

Section: Chapter Questions

Problem 87AP: Show that (BC)A is the volume of the parallelepiped, with edges formed by the three vectors in the...

See similar textbooks

Similar questions

Question 6: The king's chamber of the Great Pyramid of Giza is located at its centroid. Assuming the pyramid to be a solid, calculate the height of the centroid z. [Hint: Use a rectangular differential plate element having a thickness dz and area (2x)(2y).]
Need some assistance with this. l = 1.95 mm. w= 1.89 mm. h= 5.82 m. Coordinates for Point A is A(2,2,2)m Coordinates for Point D is D(2.25,2.5,0)m Force F acts along EA, (Magnitude is 55N) Force P acTS along AD 1. What is force F in Cartesian Vector form. (Fx, Fy, Fz) 2. If we are calculating the moment that Force F creates about point B, WHAT vectors will be used ? 3. If we are calculating the moment that Force P creates about point B , WHAT vectors will be used ?
If the second moment of area (Ixx) for the solid homogeneous beam section shown below is 917,387.73 mm4, determine the diameter d. Give your answer in millimetres (mm) to two decimal places.
Determine the magnitude and direction of the cross product r × F if F = 30.0 N, 36.9° North of East and r =2.00 m, 30° West of North. Assume that z-axis is the axis perpendicular to this paper.
zain IQ "ll N N N 89% Di 9:23 ぐ VY Quiz of Anal.. Misan University College of Science Department of Physics Second Stage Quiz of Analytical Mechanics Q: If Ã= fi+2f j and B= fi+2f j+3f k, f is constant, find the angle between these two vectors? Maysam 12:01p äelul 21.02.11 O O
In (Figure 1), l = 4 m and n = 4.5 m. Figure 11 B 8 F=600 N 3 m 1 of 1 Part A Determine the angle between the force and the line AB. Express your answer in degrees to three significant figures. 17 ΑΣΦ 0 = Submit Provide Feedback Request Answer vec ?
For the tubular shaft section shown in the Figure, let the outer diameter D- 125 mm. If the polar moment of area is to 15 x 10 mm* find the diamleter of the inner diameter d. Give your answer in mm to 1 decimal place.
For vectors ū and ū, suppose ||ü|| - 5, the angle between the vectors is 170 degrees, and the dot product ü-i = -8. Find the magnitude of vector i . Leave at least 4 decimals place. Don't round.
An unsymmetrical parabolic curve has a forward tangent of -8% and a backward tangent o +5%. The length of the curve on the left side is 40m long while the right side is 60m long. The PC is at station 6 + 780 and has an elevation of 110m. An outcrop is found at station 6 + 800 has an elevation of 106.40m. Calculate the following: a. The height of fill needed to cover the outcrop b. elevation of curve at station 6 + 820 c. elevation of the highest point on the curve
The angle between the vectors that connect ther carbon atom to the hydrogen atoms in the methane molecule can be calculated using the dot product or the cross product rule. In the case of the dot product, we get the correct answer, which is 109.5 degree, but if we use the cross product, the answer might be 70.5 degree. Why?
Consider the vectors A = - (a) cos 171.8 (b) sin A . B AB -2î + 5ĵ - 4k and B = 5î − 7ĵ + 6k. Calculate the following quantities. (Give your answers in degrees.) |A x B| AB O 46.3 Review the formula for calculating the vector product directly from components. Be careful of the signs in your calculation. Be sure to take the magnitude of the result of the vector product. Be sure to find the angle in degrees and not radians. º (c) Which give(s) the angle between the vectors? (Select all that apply.) The answer to Part (a). The answer to Part (b).
WHAT COULD BE THE MAGNITUDE OF THE RESULTANT FORCE ACTING ON THE PIN AND ALSO THE ANGLE BETWEEN THE TWO ( RESULTANT FORCE AND ITS X EXPONENT). THE ILLUSTRATION IS SHOWN IN THE PICTURE BELOW. CHOICES ARE: A. R= 143.09 N, ANGLE= 9.79 B. R= 123.19 N, ANGLE= 8.95 C. R= 63. 84 N, ANGLE= 3.26 D.. R= 103.32N, ANGLE= 7.78 E. R= 83.62 N, ANGLE= 6.05