As shown in Fig., the working area of cylinder head side A=50cm², working load F=10000N, the setting pressure of the valve 1 is 5MPa, and the setting pressures of the valve 2 is 3MPA. e Please answer the following questions:" 1) What's the pressure at point A and B respectively when piston of the cylinder is moving forwards at the working speed. Please give the reason.e 2) What's the pressure at point A and B respectively when piston of the cylinder reaches and stops at the end. Please give the reason.e To system F A. B

As shown in Fig., the working area of cylinder head side A=50cm², working load F=10000N, the setting pressure of the valve 1 is 5MPa, and the setting pressures of the valve 2 is 3MPA. e Please answer the following questions:" 1) What's the pressure at point A and B respectively when piston of the cylinder is moving forwards at the working speed. Please give the reason.e 2) What's the pressure at point A and B respectively when piston of the cylinder reaches and stops at the end. Please give the reason.e To system F A. B

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

What is the brake horsepower of the engine in item above if the mechanical efficiency is 80 %? Ans. 8 hp
Also draw the FBD of this problem
Help with this problem
Q3. Four liter four-stroke Otto cycle. V8 automobile engine has run for several years 220000 km at an average speed of 80 km/hr and an engine speed of 1800 rpm. Calculate for the entire engine: a) How many the pistons have passed the BDC? b) How many spark plug firings have occurred?
Question 8 of 20 Assessment Indicate whether the terms are like or unlike. - 3z2, 5z? The two terms 5z and - 3z2 are 4.00pm|
Illustrate the reciprocating action of piston inside the cylinder taking into consideration for suction and delivery of liquid from lower level to higher level, with neat diagram.
3. A four-cylinder gas engine has 20-cm cylinder diameter and 40-cm stroke. The cylinders run at 150 rpm speed. The engine is a four-stroke cycle with 8 kg/cm² mean effective pressure. What is the area in cm2 and length of stroke of the engine piston in meter? Also, compute the power stroke per min per cylinder and the total power stroke of the 4 cylinders. Compute the indicated horsepower and the brake horsepower of the engine. And, what is the stroke-to-bore ratio of the engine? 4. Compute the specific fuel consumption of the 10 hp engine that drive a power tiller if it consumes diesel at a rate of 0.9 liters per hour. The density of fuel is 0.84 g/Li. ? 4.
an engine burns a liter of fuel each 12 minytes, the fuel has specific gravity os 0.8 and heating value of 45 kj/kg. the engine has an efficiency of 25%. what is the brake morse power of the engine?
i am having trouble understanding this problem specifically where i highlighted are we using SG 0.075. what r the units?? attaced is solutiom from manual
plaese solve this question
Help me solve this problem of dynamic gases Choose the correct
A 4 stroke 4 cylinder car engine of 4 L. What will be the swept volume of each engine?