what are cost accounting and its applications?

1036

I have a column of numbers in the format 99999-99999. What is a simple macro to remove the dash?

565

What operations does the "RDD" support?

284

What qualifications have you achieved?

1007

What are Tickets in Realtime ?

2178

What is difference between whoid and whatid in the sfdc data model of task/events ?

531

Explain the difference between extends thread vs implements runnable in java?

1068

What Entry Will Be Passed for Writing Off the Discount On Issue of Shares?

1026

How many gb is visual studio?

737

strength of bitumen concrete with 80-100 & 60-70 grade bitumen

2066

What is spring repository?

420

What are anonymous types?

84

How to use the string operation command in automation anywhere?

71

How to identify what to correlate and what to parameterize?

987

Greetings This question is about hydraulics and I request an expert to answer it. A simple hydraulic machine is made up of two heads, a larger one with a larger force inside a wider pipe and a smaller one with a smaller force inside a smaller pipe in width as in the second picture on this link: http://science.howstuffworks.com/hydraulic1.htm The question is this: what happens if the smaller head and the smaller force doesn’t exist but the smaller pipe is high enough to take all the liquid? For example the larger head is 1.00 sqr metre and can go down 1.00m under a weight of 100.00kg. The cross sectional area of the smaller pipe is 0.001 sqr metre. Now when the larger head goes down 1.00m, how high the liquid from the wider pipe can go into the smaller pipe of the cross sectional area of 0.001 sqr metre? Regards

1952