Identify the type of double-acting cylinder from the symbol shown. Select one: 1. Double acting cylinder,...
Identify the type of double-acting cylinder from the symbol shown. Select one: 1. Double acting cylinder, cushioned rear 2. Double acting, cushioned both ends 3. Double acting, adjustable cushion at both ends 4. Single acting cylinder, cushioned on one side 5. Single acting cycle, cushioned on both ends
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Identify the type of double-acting cylinder from the symbol
shown. Select one: 1. Double acting cylinder,...
Objectivel Design a simple pneumatic circuit design to activate a double-acting cylinder. Problems A roller track...
Objectivel Design a simple pneumatic circuit design to activate a double-acting cylinder. Problems A roller track is to be swiveled by means of a double acting cylinder. The signals to extend and to retract are given from separate push buttons. The cylinder is to remain in position indicated by the last signal until an opposing signal is given. The retracting speed must be adjustable. [Main components 1. 2. 3. Double-acting cylinder 5/2 directional control valve with pneumatic actuated on both...
Q) Design a pneumatic system with the following devices:- 1. Air Compressor 3. One (1) Double Acting Cylinder 5. Two (2) Solenoid Valves a. Connect the above circuit, testing and draw the schemati...
Q) Design a pneumatic system with the following devices:- 1. Air Compressor 3. One (1) Double Acting Cylinder 5. Two (2) Solenoid Valves a. Connect the above circuit, testing and draw the schematic b. What is possible industrial application? 2. Pressure regulator with gauge 4. Double acting rotary actuator 6. 24 Volt DC source from PLC controller
Q) Design a pneumatic system with the following devices:- 1. Air Compressor 3. One (1) Double Acting Cylinder 5. Two (2) Solenoid Valves...
A large double-acting cylinder will perform following motions: The forward and backward motion is controlled by...
A large double-acting cylinder will perform following motions: The forward and backward motion is controlled by a 5/2 flow control valve. When a normally-closed (N. C.) 3/2 valves is pressed and then released immediately, a piston will keep moving forward with maximum speed. When another NC 3/2 valves is pressed and released, the piston will move back with an adjustable speed.You need to submit the screenshots of the Fluidsim drawing and Assembly Platform circuit for this test.
Problem2 The medical table shown below is to be operated by two double acting cylinders (A and B)...
Problem2 The medical table shown below is to be operated by two double acting cylinders (A and B) and two telescopic cylinders (Cand D ). Cylinder D moves the bed of table horizontally back and forth. The cylinders A and Coperate in reverse direction (when cylinder A is upstroke cylinder B is down stroke and vice versa) The cylinders B and D should operate independently of each other and independently of cylinders A and C. 7 Marks 1- Draw the...
10. Given this picture of the citric acid cycle, identify four oxidoreductases, one ligase, and two lyases. 1. Hint...
10. Given this picture of the citric acid cycle, identify four oxidoreductases, one ligase, and two lyases. 1. Hint: for lyases, look for a double bond that breaks to leave a single bond 2. Hint: for oxidoreductases, look for NADH or FADH2 production 3. Hint: for ligases, look for ATP or GTP production 4. Hint: for transferases, look for the enzyme that transfers the carbons from acetyl-coA onto another molecule
10. Given this picture of the citric acid cycle, identify...
Question 37 1 pts Identify each type of mutation shown here. Wild-type DNA DNA template strand...
Question 37 1 pts Identify each type of mutation shown here. Wild-type DNA DNA template strand 3' TACCCAGGTACCATC 5° 5' ATGCGTCCATGCTAG 3' mRNA S' AUGCGUCCAUGCUAG 3' protein Met Are Pro CSS Tinstead of G Cinstead of A DNA 3' TACCCCCGTACGATC S' 5' ATGCGGCCATGCTAG 3' mRNA 5' AUGCGCCCAUGCUAG 3' DNA 3' TACGCAGGTACTATC 5' 5' ATGCGTCCATGATAG 3' mRNA 5' AUGCGUCCAUGAUAG 3' A instead of G DNA ' TACGCARGTACCATC 5 5' ATGCGTTCATGCTAG 3' mRNA 5' AUGCGUUCAUGCUAG 3 @ Extrac DNA 'TACCCCAGGTACGATCS 5' ATGGCGTCCATGCTAG...
Instructions: Select one essay from each group. Submit each essay as a separate file. Include your...
Instructions: Select one essay from each group. Submit each essay as a separate file. Include your name and identify which essay you are writing at the top of the page. Single-space, double-space between paragraphs. Standard margins, 11-12 point type. GROUP ONE – Planning Work & Designing Organizations 1. In class, we discussed how Gordon Bethune turned around Continental Airlines by using a meta-metric – on-time performance – to align organizational performance. Describe and discuss how this is an example of...
Compression members (4 points): The hydraulic cylinder shown below has a bore of 80 mm and is to ...
Compression members (4 points): The hydraulic cylinder shown below has a bore of 80 mm and is to operate at a pressure of 5.6MPa. With the clevis mount shown, the piston rod should be sized as a column with both ends rounded for any plane of buckling. The rod should be made of hot-rolled AlSI 1030steel. Assume a Young's Modulus of 207GPa. a. Apply a design factor of 3 and select the preferred size if the column length is 1.5m....
QUESTION 5 Identify the function of the circuit shown below. (Select the one best answer from...
QUESTION 5 Identify the function of the circuit shown below. (Select the one best answer from the choices given below.) 64 a. Peak detector b. Half-wave rectifier c. Bridge rectifier d. Voltage doubler e. Full-wave rectifier
1. Air is to be compressed polytropically in a single stage, single acting, reciprocating compressor from...
1. Air is to be compressed polytropically in a single stage, single acting, reciprocating compressor from 1.013 bars and 15°C to 7 bars according to the law pv1.25 = c. Assuming clearance volume is negligible, and the intake volume is 0.3m3/min, calculate [20] • The air delivery temperature [5] . The indicated power. [5] • The power to drive the compressor if its mechanical efficiency is 80% [2] • Explain what is a meant by single stage, single acting, compressor.[4]...
Objectivel Design a simple pneumatic circuit design to activate a double-acting cylinder. Problems A roller track is to be swiveled by means of a double acting cylinder. The signals to extend and to retract are given from separate push buttons. The cylinder is to remain in position indicated by the last signal until an opposing signal is given. The retracting speed must be adjustable. [Main components 1. 2. 3. Double-acting cylinder 5/2 directional control valve with pneumatic actuated on both...
Q) Design a pneumatic system with the following devices:- 1. Air Compressor 3. One (1) Double Acting Cylinder 5. Two (2) Solenoid Valves a. Connect the above circuit, testing and draw the schematic b. What is possible industrial application? 2. Pressure regulator with gauge 4. Double acting rotary actuator 6. 24 Volt DC source from PLC controller
Q) Design a pneumatic system with the following devices:- 1. Air Compressor 3. One (1) Double Acting Cylinder 5. Two (2) Solenoid Valves...
Problem2 The medical table shown below is to be operated by two double acting cylinders (A and B) and two telescopic cylinders (Cand D ). Cylinder D moves the bed of table horizontally back and forth. The cylinders A and Coperate in reverse direction (when cylinder A is upstroke cylinder B is down stroke and vice versa) The cylinders B and D should operate independently of each other and independently of cylinders A and C. 7 Marks 1- Draw the...
10. Given this picture of the citric acid cycle, identify four oxidoreductases, one ligase, and two lyases. 1. Hint: for lyases, look for a double bond that breaks to leave a single bond 2. Hint: for oxidoreductases, look for NADH or FADH2 production 3. Hint: for ligases, look for ATP or GTP production 4. Hint: for transferases, look for the enzyme that transfers the carbons from acetyl-coA onto another molecule
10. Given this picture of the citric acid cycle, identify...
Question 37 1 pts Identify each type of mutation shown here. Wild-type DNA DNA template strand 3' TACCCAGGTACCATC 5° 5' ATGCGTCCATGCTAG 3' mRNA S' AUGCGUCCAUGCUAG 3' protein Met Are Pro CSS Tinstead of G Cinstead of A DNA 3' TACCCCCGTACGATC S' 5' ATGCGGCCATGCTAG 3' mRNA 5' AUGCGCCCAUGCUAG 3' DNA 3' TACGCAGGTACTATC 5' 5' ATGCGTCCATGATAG 3' mRNA 5' AUGCGUCCAUGAUAG 3' A instead of G DNA ' TACGCARGTACCATC 5 5' ATGCGTTCATGCTAG 3' mRNA 5' AUGCGUUCAUGCUAG 3 @ Extrac DNA 'TACCCCAGGTACGATCS 5' ATGGCGTCCATGCTAG...
Compression members (4 points): The hydraulic cylinder shown below has a bore of 80 mm and is to operate at a pressure of 5.6MPa. With the clevis mount shown, the piston rod should be sized as a column with both ends rounded for any plane of buckling. The rod should be made of hot-rolled AlSI 1030steel. Assume a Young's Modulus of 207GPa. a. Apply a design factor of 3 and select the preferred size if the column length is 1.5m....
QUESTION 5 Identify the function of the circuit shown below. (Select the one best answer from the choices given below.) 64 a. Peak detector b. Half-wave rectifier c. Bridge rectifier d. Voltage doubler e. Full-wave rectifier
1. Air is to be compressed polytropically in a single stage, single acting, reciprocating compressor from 1.013 bars and 15°C to 7 bars according to the law pv1.25 = c. Assuming clearance volume is negligible, and the intake volume is 0.3m3/min, calculate [20] • The air delivery temperature [5] . The indicated power. [5] • The power to drive the compressor if its mechanical efficiency is 80% [2] • Explain what is a meant by single stage, single acting, compressor.[4]...
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