Recent content by bigbk92

I am having trouble finding the volume between the two surfaces. Well I did the problem and got an answer but I am not sure if I am approaching this type of problem correctly. So can you take a look at how i approached the problem and tell me if i am on the right path or if it is incorrect...

Find the equation of the plane containing each set of lines with symmetric equations below, if no equation exists, prove it. 1. (x-3)/2 = (y+1)/4 = (z-2)/-1 (x-3)/2 = (y+1)/-2 = (z-3)/2 2. (x-1) = (y+3)/2 = (z+3)/3 (x-3)/3 = (y-1)/6 = (z-3)/9 3. (x-2)/2 = y/5 = (z+3)/6...

correction of these vectors and that of B - A can be arranged to form

Vector A and vector B are expressed in component form. A = [2.32,-5.16,7.88] B = [-1.12,3.45,-12.8] The standard arrow representation of these vectors and that of can be arranged to form a triangle in a plane that represents the geometric equivalent of the subtraction operation. The...

Nsin@ = ma Ncos@ = mg Divide equations and plug in numbers and angle should come to 24.3 degrees, is this correct?

the direction would depend on the angle of the embankment

if it were not banked the plane would fly straight.

y components- w downward, normal force up

From this I can extract the time of a rotation to be 150 seconds. And the radius is given a 2520 meters. So from this I can find radial acceleration as (4pi^2)r/t^2 or 4.42 m/s^2 After that I don't know what to do.

I am stumped on this problem. If anyone can help it would be greatly appreciated. A plane is approaching an airport in a traffic holding pattern. While awaiting its clearence to land, the plane traverses a horizontal circle of radius 2520 meters at constant speed, Each complete turn of the...