Question #117599

A telecommunications tower as shown has dimensions shown, and has a

Mass = 1.2 Tonnes,

(Acceleration due to Gravity ≈ 10 ms-2)

Data: Analysis: Calculation:

Reactions Analysis

3. Calculate the reaction at the LHS (Rl). Analyse one side of tower with 2 reactions.

Data: Analysis: Calculation:

Stress Analysis- for a balsa 1:100 scale-model prototype Qs4-6

4. Calculate the cross sectional area of the truss members of a 1:100 balsa tower.

Data: Analysis: Calculation:

5. Calculate the Stress in member ‘a’ if the load in the member is 250N.

Data: Analysis: Calculation:

6. Calculate the Stress in member ‘b’ if the load in the member is 120N.

Data: Analysis: Calculation:

Mass = 1.2 Tonnes,

(Acceleration due to Gravity ≈ 10 ms-2)

Data: Analysis: Calculation:

Reactions Analysis

3. Calculate the reaction at the LHS (Rl). Analyse one side of tower with 2 reactions.

Data: Analysis: Calculation:

Stress Analysis- for a balsa 1:100 scale-model prototype Qs4-6

4. Calculate the cross sectional area of the truss members of a 1:100 balsa tower.

Data: Analysis: Calculation:

5. Calculate the Stress in member ‘a’ if the load in the member is 250N.

Data: Analysis: Calculation:

6. Calculate the Stress in member ‘b’ if the load in the member is 120N.

Data: Analysis: Calculation:

Expert's answer

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