Chat with us, powered by LiveChat View the presentation below before completing the assignment. Vectors and Trig presentation.pptx ? ?3.4 Review Assignment Instructions? Follow the instructions.? Show all st - Essayabode

View the presentation below before completing the assignment. Vectors and Trig presentation.pptx ? ?3.4 Review Assignment Instructions? Follow the instructions.? Show all st

 

View the presentation below before completing the assignment.

 

 3.4 Review Assignment Instructions 

Follow the instructions. 

  • Show all steps for partial credit.
  • When uploading handwritten work, it is important that you write  legibly and to turn the work in using a format that can be easily read  by your instructors. PDF is the preferred format.

ET102

3.4 Review Assignment 1 Useful Formulas

·

·

·

X2+y2=l

x

P = (x,y)

l

x

y

y

b

a

c

A

B

C

Hypotenuse

Opposite

Adjacent

X2+y2=1

x

P = (x,y)

1

x

y

y

·

·

·

·

·

·

·

·

·

Important Identities:

·

·

·

·

· The law of cosines states that

· The law of sines states that

Problems:

1. For the triangle shown below

Given a=200mm, c =150mm and A=45, find the angle C and the side b

A

a

b

c

C

B

2. For the triangle shown below

Given b=150mm, a =200mm and B=45, find the angle C and the side c

A

a

b

c

C

B

3. For the triangle shown below

Given b=245mm, c =135mm and B=45, find the angle A and the side a

A

a

b

c

C

B

4. For the robot link position shown below, find the position of the tip of the robot given the arm (link) angle of 70

Arm

End-effector (tip)

Motor (joint)

One Arm Robot

x

y

l

5. For the robot link position shown below, find the angle that the link makes with the x-axis given that of the tip of the robot is at located at (9.64, 11.49). Take the link length as 15 cm

Arm

End-effector (tip)

Motor (joint)

One Arm Robot

x

y

l

6. For the robot link position shown below, find the angle that the link makes with the x-axis given that of the tip of the robot is at (13.38, 14.86). Also find the link length.

Arm

End-effector (tip)

Motor (joint)

One Arm Robot

x

y

l

7. If F1 is 125N and F2 is 50N and 1 is 60 and 2 is 130 , find the resultant force.

F1

F2

1

2

x

y

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