Newton's Laws SET-UP #1: Object with weight W supported by 2 cords as shown. Quantities to Measure: T₁ = -2.2 NOTE: W = mg N; 0₁ = NOTE: T₁x = T₁SinØ₁ T₁y = T₁CosØ₁ T₂x = T₂Sin0₂ T₂y = T₂CosØ2 02= 40 70 02 1. Draw a pseudo-FBD showing the x and y components of T1 & T2.
Newton's Laws SET-UP #1: Object with weight W supported by 2 cords as shown. Quantities to Measure: T₁ = -2.2 NOTE: W = mg N; 0₁ = NOTE: T₁x = T₁SinØ₁ T₁y = T₁CosØ₁ T₂x = T₂Sin0₂ T₂y = T₂CosØ2 02= 40 70 02 1. Draw a pseudo-FBD showing the x and y components of T1 & T2.
University Physics Volume 1
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Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter1: Units And Measurement
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Problem 79P: Perform the following calculations and express your answer using the correct number of significant...
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![Newton's Laws
SET-UP #1: Object with weight W supported by 2 cords as shown.
Quantities to Measure:
T₁ = -2.2
NOTE:
W = mg
_N; 01 =
NOTE:
T₁x = T₁SinØ₁
T₁y = T₁CosØ,
T₂x = T₂Sin0₂
T₂y = T₂CosØ2
02
=
T2
40
70
02
1. Draw a pseudo-FBD showing the x and y components of T1 & T2.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F38dc44a6-6ae7-4451-95af-3703b71d3f57%2Fe9312d97-cb80-4fc6-92dd-7bf38a359601%2F8ojcpec_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Newton's Laws
SET-UP #1: Object with weight W supported by 2 cords as shown.
Quantities to Measure:
T₁ = -2.2
NOTE:
W = mg
_N; 01 =
NOTE:
T₁x = T₁SinØ₁
T₁y = T₁CosØ,
T₂x = T₂Sin0₂
T₂y = T₂CosØ2
02
=
T2
40
70
02
1. Draw a pseudo-FBD showing the x and y components of T1 & T2.
![2. Show calculations for Tix and Tiy.
3. Apply Newton's Second Law on the x-axis and solve for T2.
4. Show calculation for T2y.
5. Apply Newton's Second Law on the y-axis and solve for W.
6. Solve for the object's mass (kg).
you](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F38dc44a6-6ae7-4451-95af-3703b71d3f57%2Fe9312d97-cb80-4fc6-92dd-7bf38a359601%2Fp9s4ko_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. Show calculations for Tix and Tiy.
3. Apply Newton's Second Law on the x-axis and solve for T2.
4. Show calculation for T2y.
5. Apply Newton's Second Law on the y-axis and solve for W.
6. Solve for the object's mass (kg).
you
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