.
The components of the weight are
W*sin(a) = 10*sin(35°) = 10*0.5733 kilograms = 5.733 kilograms = 5.733*9.81 newtons = 56.243 newtons PARALLEL the incline
and
W*cos(a) = 10*cos(35°) = 10*0.8193 kilograms = 8.193 kilograms = 8.193*9.81 newtons = 80.376 newtons PERPENDICULAR to the incline.
Solved.
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Notice that kilograms are not used as the unit of weight (of force) since sixties
last century, been replaced by Newtons.
So your source is EXTREMELY outdated.
The numbers by @MowMow are incorrect (!)
Avoid use it (!)
@MowMow, you need seriously update/refresh your knowledge (!) (!)
Had I calculate forces for engineering projects at my positions here in US, as you do in your post,
I would be fired next day.
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Regarding a diagram, open any textbook in Physics and find a diagram there.
Or look into the lesson
- Using vectors to solve problems in Mechanics: Force, Figures 3, 4 and 5
in this site.