NAME_________________________________ CLASS____________________ DATE____________
- What is the cross-sectional area (A)? ________________
- What is the constant (V x A)? ________________
- What cross-sectional area (A) will I need to double the velocity? ________________
- What cross-sectional area ( A) will I need to decrease the velocity fourfold? ________________
- What would the velocity be if I changed the dimensions to 6 m high and 4 m wide?_____________________________
- What would the velocity be if I changed the dimensions to 5 m high and 5 m wide? _____________________________
- What is the formula for the area of a triangular cross-section? ________________
- The triangular test section has a base of 5 m and a height of 4 m. What is the Area (A)? _____________________________
- What is the constant (V x A)? _____________________________
- What cross-sectional area (A) will I need to double the velocity? _____________________________
- Give a base and height measurement which would result in the cross-sectional area in Problem 2d. _____________________________
- What would the velocity be if I changed the dimensions to a base of 8 m and a height of 10 m? _____________________________
- What is the formula for the area of a circular cross section? _____________________________
- The cross-sectional area of B is 20 sq. m. What is the radius? _____________________________
- What is the constant (V x A)? _____________________________
- If I rebuilt this section, what radius would be required to generate a velocity of 50 m/sec.? _____________________________
- What is the constant (V x A)? _______________________________________
- What is the velocity at cross section C? _______________________________________
- What is the velocity at Test Section A? _______________________________________