Find the length of the unknown side, correct to 1 decimal place where ..
Find the length of the unknown side, correct to 1 decimal place where necessary. => 3.9 or 3.6 or 3.8 or 4..
Find the length of the unknown side, correct to 1 decimal place if nec..
Find the length of the unknown side, correct to 1 decimal place if necessary. => 10.7 cm or 10.9 cm or 10.6 cm or 10.5 cm..
www.mindbites.com Professor Burger explains how to use trigonometry to find the unknown sides of right Triangles. First, he explains how to evaluate and use trig functions with the help of a calculator. Then he will teach you how to find the hypotenuse of a right triangle using trigonometry, as well as how to find the adjacent side of a right triangle, given the measure of the hypotenuse. Once you have the measures of two sides of a right triangle, you will be able to deduce what the third ...
Delicated to my dear brother BB: Thanks for being always there for me in good and bad and supporting me... Hmmm...why for God's sake did you get stuck on Canada custom?!? A Portage To The Unknown We've sailed across the sea Rowed for miles and miles upstream Passed by Aldeigjuborg Seen Lake Ilmen gleam Ingvar took the lead After Holmgard as agreed What the end of Lovat meant Was soon to be seen Dripping with sweat a new day dawn on The ropes cut flesh, as they've done in times foregone I see ...
Question : Suppossing a triangle ABC. THe length of AB is 4.2 and the length of BC is 8.6 and the angle ABC is 36 degrees.
Using the area rules which are:
A = 1/2 x 4.2 x 8.6 x sin(36)
Now knowing the area, which is 10.62, how can I be able to use it to find the unknown side?
Answer : i don't know why you want to find the area. It's not needed. Steps you should do. 1 - Consult textbook. apparently you're too not motivated to do this. 2 - Try doing your homework yourself for once; instead of asking on Y!Answer. You're not allowed internet connection in exams (except if you're doing MBA), you know? phew. nagging is fun. To solve this, you need to use cosine rule. a^2 = b^2 + c ^2 - 2*b*c*cos(A) you're given b, c and A. sub in and wham! There you go. to help you understand cosine rule even more, http://www.youtube.com/watch?v=jmTBSHJH3PU.. More from Yahoo Answers
Answer : i don't know why you want to find the area. It's not needed. Steps you should do. 1 - Consult textbook. apparently you're too not motivated to do this. 2 - Try doing your homework yourself for once; instead of asking on Y!Answer. You're not allowed internet connection in exams (except if you're doing MBA), you know? phew. nagging is fun. To solve this, you need to use cosine rule. a^2 = b^2 + c ^2 - 2*b*c*cos(A) you're given b, c and A. sub in and wham! There you go. to help you understand cosine rule even more, http://www.youtube.com/watch?v=jmTBSHJH3PU.. More from Yahoo Answers
Question : I need a website!
Answer : http://www.mathwarehouse.com/geometry/similar/triangles/ this website is for similar triangles.. More from Yahoo Answers
Answer : http://www.mathwarehouse.com/geometry/similar/triangles/ this website is for similar triangles.. More from Yahoo Answers
Looking for More Help!
