Analytical Geometry – Calculate the value of a parameter with perpendicular plains – Exercise 3614 Post category:Analytical Geometry Post comments:0 Comments Exercise For which values of the alpha the plains 2x+y+z=3 2x+\alpha y+z=1 are perpendicular? Final Answer Show final answer \alpha =-5 Solution Coming soon… Share with Friends Read more articles Previous PostAnalytical Geometry – Calculate the value of a parameter with parallel planes – Exercise 3616 Next PostAnalytical Geometry – Calculate a plane equation with a point and a parallel plane – Exercise 3612 You Might Also Like Analytical Geometry – Calculate parameter values in a line equation – Exercise 5513 June 8, 2019 Analytical Geometry – Calculate a point of intersection between a line and a plain – Exercise 5508 June 8, 2019 Analytical Geometry – Calculate a plane equation given a point and a perpendicular – Exercise 3599 February 27, 2019 Analytical Geometry – Calculate a plane equation with 3 points – Exercise 3603 February 27, 2019 Analytical Geometry – Calculate a plane equation with 3 points – Exercise 3610 February 27, 2019 Analytical Geometry – Calculate a plane equation with a point and a parallel plane – Exercise 3612 February 27, 2019 Leave a Reply Cancel replyCommentEnter your name or username to comment Enter your email address to comment Enter your website URL (optional) Δ
Analytical Geometry – Calculate a point of intersection between a line and a plain – Exercise 5508 June 8, 2019
Analytical Geometry – Calculate a plane equation given a point and a perpendicular – Exercise 3599 February 27, 2019
Analytical Geometry – Calculate a plane equation with a point and a parallel plane – Exercise 3612 February 27, 2019