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Find the volume generated bounded by y = (11 - x)^3, the lines y=x and the x-axis. Rotated about the y-axis. *


Determine the volume generated bounded by the curves y= 1/x, 2x - y = 0, x = 10, and the x-axis. Rotated about the y-axis. *


Find the area bounded by y = (11 - x)^3, the lines y=x and the x-axis. *


Determine the volume generated bounded by the curves y= 1/x, 2x - y =0, x=10, and the x-axis. Rotated about the x-axis. 


  1. Two men carry a weight of 2 kN by means of two ropes fixed to the weight. One rope is inclined at 45° and the other at 30° with their vertices. Find the tension in each rope?
  1. ABCD is rectangle, in which AB = CD = 100 mm and BC = DA = 80 mm. Forces of 100 N each act along AB and CD and forces of 50 N each at along BC and DA. Find the resultant moment of the two couples.?
Find the magnitude of two like parallel forces acting at a distance of 240 mm, whose resultant is 200 N, and its line of action is at a distance of 60 mm from one of the forces.?
A sloping distance is measured with a 30-m steel tape. The measurements made are 30.00 m on a 7 degrees’ slope; 26.37 m on a 15 degrees’ slope and 29.50 m on a 1:2 ½ slope (V:H). (use the approximate slope correction formula for gentle slopes) 1.1. What is the corrected horizontal distance in the first segment, in meter, (S1=30.00 m; slope is 30 degrees)?

Draw an isometric view of dovetail slide.


  1. Find the magnitude of two like parallel forces acting at a distance of 240 mm, whose resultant is 200 N, and its line of action is at a distance of 60 mm from one of the forces.?
  2. ABCD is rectangle, in which AB = CD = 100 mm and BC = DA = 80 mm. Forces of 100 N each act along AB and CD and forces of 50 N each at along BC and DA. Find the resultant moment of the two couples.?
  3. Two men carry a weight of 2 kN by means of two ropes fixed to the weight. One rope is inclined at 45° and the other at 30° with their vertices. Find the tension in each rope.




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