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slip gauges are the end standard devices used to measure length.
angle slipgauges are used to measure angles .
both of them can wring with each other .. and evrything is same : )
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∙ 10y ago
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An extension ladder's distance from the base of a building should be what proportion of it's total extension?
It is not a proportion. There needs to be aroubd a 75 degree angle from the ground to the base. If it is too flat the ladder can slip out from underneath you. If it is too steep you can tip back. There is usually an angle at the bottom of the ladder if that is flat on the ground then that should be the safest angle (75 degrees)
How to calculate bite angle effective working dia forward slip?
Effective diameter = Barrel Diameter - (Average pass height + Roll Gap) Average pass height = Area/pass width
How can you find your roll number slip?
roll no slip
A ladder leaning against a wall makes a 60 degree angle with the ground When is it more likely to slip when a person stands on the ladder near the top or near the bottom Explain?
near the bottom.because the net force is equal to zero
Give an numeric example of slip gauge with problem table with range and steps used?
If the dimension to be arranged is 58.975 mm. Always start with the last decimal place e.g., here it is 0.005 mm and for this 1.005 mm slip gauge is selected. Now dimension left is 50.975-1.005 = 57.970 mm. Take second decimal place ; and for it select 1.47 mm slip gauge. Therefore, the remainder is 57.970 - 1.47 = 56.500 mm. [Note: One could have selected 1.07 mm piece also, but that way we would have been left with 56.900 and for it we need another 1.4 mm piece. The aim should be to choose minimum number of slip gauges for a given dimension.] Next for 56.500 mm, we choose 6.500 mm piece and finally 50.000 mm piece. So, Totally, 50.000 + 6.500 + 1.47 + 1.005 = 58.975 mm M112 set has Range mm Steps mm Pieces 1.001 to 1.009 0.0001 9 1.010 to 1.490 0.010 49 0.50 to 24.50 0.050 49 25, 50, 75, 100 25 4 1.0005 - 1 Total 112
What is the difference between slip and slide?
what's the difference between slip and slide
What is difference between slip gauges and angle gauges?
slip gauges are the end standard devices used to measure length. angle slipgauges are used to measure angles . both of them can wring with each other .. and evrything is same : )
What is slip and slip motor?
the difference between the synchronous speed and actual speed is called as slip
Is there a difference between a wage slip and a salary slip?
There is essentially no difference in the function of a wage or salary slip. Wages are general paid by the hour and a salary is pay that is not based on hours.
Sine bears can be used with out slip gauge true or false?
False, the sine bears can't be used without the slip gauge.
Difference between slip and cross slip?
Both of these fall under science materials. The slip will happen when there is a dislocation on the slip planes and the cross slip will occur when the screw changes the planes.
What is the difference between and super bill vs charge slip?
Nothing..
What is a slip in electricity?
it is the difference between the synchronous and asynchronous speed of a induction motor
How do you read slip gauge?
To read a slip gauge, you first determine the gauge block's nominal size, which is typically marked on the block. Then, you use a micrometer or other precision measuring tool to measure the combination of slip gauges stacked together to achieve the desired measurement. The total thickness of the slip gauges used will be equal to the nominal size of the gauge block being measured.
What is the difference between a deposit slip check and a check register?
the difference between a "deposit slip" and a check register? A deposit slip is intended specifically for what it states, depositing funds into your acct. it is a signed slip stating the amount, date, etc, of your deposit. A check register is a balance book you keep of all your banking records, deposits, withdrawals, etc.
What is the least count of slip gauge set?
.001mm
What is the schmid factor?
The Schmid factor m is part of the equation for the critical resolved shear stress τ0. The critical resolved shear stress is the component of shear stress in a slip plane, resolved in the direction of slip, necessary to initiate slip in a grain (plastic deformation in metals). m = cos(κ)cos(λ) ; τ0 = mσ κ - the angle between the applied load direction and the slip plane normal. λ - the angle between the applied load direction and the slip direction. σ - the applied stress or load
