Force of 10n acts at an angle of 30° with horizontal, then it's rectangular components are ______ and ______
Answers
Answer- The above question is from the chapter 'Motion in a Plane'.
Concept used: Resolution of vectors- It is a process of splitting a vector into two components i.e. horizontal component and vertical component.
Horizontal component (aₓ) = a cos θ
Vertical component ( ) = a sin θ
Given question: Force of 10 N acts at an angle of 30° with horizontal, then it's rectangular components are ______ and ______ .
Answer: Let the force by represented by .
= 10 N
θ = 30°
Vertical component ( ) = F sin θ
Vertical component ( ) = 10 × sin 30°
Vertical component ( ) = 10 ×
Vertical component ( ) = 5 N
Horizontal component ( ) = F cos θ
Horizontal component ( ) = 10 × cos 30°
Horizontal component ( ) = 10 ×
Horizontal component ( ) = 5√3 N
∴ Force of 10 N acts at an angle of 30° with horizontal, then it's rectangular components are 5 N and 5√3 N.
Answer- The above question is from the chapter 'Motion in a Plane'.
Concept used: Resolution of vectors- It is a process of splitting a vector into two components i.e. horizontal component and vertical component.
Horizontal component (aₓ) = a cos θ
Vertical component ( a_{y}a
y
) = a sin θ
Given question: Force of 10 N acts at an angle of 30° with horizontal, then it's rectangular components are ______ and ______ .
Answer: Let the force by represented by \vec{F}
F
.
\vec{F}
F
= 10 N
θ = 30°
Vertical component ( F_{y}F
y
) = F sin θ
Vertical component ( F_{y}F
y
) = 10 × sin 30°
Vertical component ( F_{y}F
y
) = 10 × \frac{1}{2}
2
1
Vertical component ( F_{y}F
y
) = 5 N
Horizontal component ( F_{x}F
x
) = F cos θ
Horizontal component ( F_{x}F
x
) = 10 × cos 30°
Horizontal component ( F_{x}F
x
) = 10 × \frac{\sqrt{3}}{2}
2
3
Horizontal component ( F_{x}F
x
) = 5√3 N
∴ Force of 10 N acts at an angle of 30° with horizontal, then it's rectangular components are 5 N and 5√3 N.