ABC123

Does anyone know sites that have superbowl squares online for sale? Im looking to get buy some squares with paypal.

Currently in a plant I work at when an operation is finished a worker will clock that operation out on the work order. When that operation is clocked out in the system the time spent after that goes towards the next operation he clocks out.

What would be disadvantages/advantages of switching to a procedure where you must clock the operation on work order when you start it AND when it is finished?

Thanks.

Currently in a plant I work at when an operation is finished a worker will clock that operation out on the work order. When that operation is clocked out in the system the time spent after that goes towards the next operation he clocks out.

What would be disadvantages/advantages of switching to a procedure where you must clock the operation on work order when you start it AND when it is finished?

Thanks.

Currently in a plant I work at when an operation is finished a worker will clock that operation out on the work order. When that operation is clocked out in the system the time spent after that goes towards the next operation he clocks out.

What would be disadvantages/advantages of switching to a procedure where you must clock the operation on work order when you start it AND when it is finished?

Thanks.

In the manufacturing plant I work in we use packets of work orders for a specifc part for everyone knows what needs to be done and can sign off when one step is finished. Also we have a sort of filing system that we hang up on a board where these packets are supposed to be. The problem is that sometimes when the workers take the packets they do not return them when they are finished. This causes a lot of wasted time looking for the packets when they are needed. What could be something we could implement to improve this? For example a more centeralized location for the filing system? A better new filing system?

Also please do not give idea like reward the workers when they return it or punish them if they dont. And we do not want to make the workers sign off when they take a packet.

I have a technical interview coming up for a electromechanical signal company. Does anyone know of any websites or books with basic mater (study guides) for electric or mechanical engineering that I can review?

It be greatly appreciated. Thank you.

I am in a Keeper League and have Darren MacFadden and Peyton Manning. Someone proposed a trade for them two for Philip Rivers and Shonn Greene. Is this a good trade?

Should I try to get someone else from their bench or something?

My lineup is:

QB:Joe Flacco

RB:Adrian Peterson

RB:Darren McFadden

FLEX:Matt Forte

WR:Kenny Britt

WR:Brandon Gibson

TE:Brandon Pettigrew

D/ST:Jets D/ST

K:Neil Rackers

BENCH:A.J. Green

BENCH:Michael Crabtree

BENCH:Ryan Torain

BENCH:Ronnie Brown

BENCH:Benjamin Watson

BENCH:Billy Cundiff

BENCH:Early Doucet

IR:Marques Colston

IR:Peyton Manning

His Lineup:

QB Philip Rivers

RB Ray Rice

RB Shonn Greene

FLEX Julio Jones

WR Plaxico Burress

WR Dwayne Bowe

TE Jimmy Graham

D/ST Packers D/ST

K Graham Gano

Bench Brandon Lloyd

Bench Austin Collie

Bench Lee Evans

Bench Thomas Jones

Bench Danny Woodhead

Bench Chad Henne

Bench Scott Chandler

Bench Earnest Graham

Am optical lab stocks a large collection of lense with both positivie and negative focal lengths. A lens with positive focal lengh larger than the largest available positive f lens is urgently needed. Suggest how this can be chieved using a combination of available lens?

Assume that you have a mixture of unpoalrized and polarized light propagating In the same direction with percentages Pu for the intensity of the unpolarized and Pp for the intensity of the polarized light. Pu+Pp = 100. Describe a method of determining Pu and Pp using a single polaroid sheet and photometer.

The images formed by lenses appear colored while this is not true in the case of mirrors of an curvature. Explain why this is so.

Evaluate the surface integral ∫∫S F · dS for the given vector field F and the oriented surface S. In other words, find the flux of F across S. For closed surfaces, use the positive (outward) orientation.

F(x, y, z) = xy i + 8x^2 j + yz k

S is the surface z = xe^y, 0 ≤ x ≤ 1, 0 ≤ y ≤ 4, with upward orientation.

What steps and/or equations would I have to use to determine how fast someone would have to ride their bike to make it between the roofs of 2 buildings? Any assumptions too?

THANKS!

Refrigerant-134a enters a compressor at 100 kPa and -24 deg. C with a flow rate of 1.35m^3/s and leaves at 800 kPa and 60 deg. c. Determine the mass flow rate of R-134a and the power input to the compressor.

Consider the line that passes through the point and is perpendicular to the given plane. (P0 corresponds to t = 0.)

P0 = (2, 2, 6)

x - y + 2z = 4

(a) Find parametric equations for the line.

(b) Find the points in which the line intersects the coordinate planes.

For a beginner.

Hello. Last summer I bought a Firebird from someone and just stored it away for the winter. I just took it out and noticed that the radio was in "LOC" or lock because we unhooked the battery and I do not know the code. I was wondering if anyone could help me to get my radio out of lock mode since I do not know the code to put in. Thanks

For questions 4 and 5, data (y vs. x) are taken which are expected to behave according to the following formula:

y=(ax)/(1+cx), where a and c are fitting constants.

Question 4

Which transformation can be applied to put the data in a form that permits linear regression to be applied?

A. ln(y) vs. 1/x

B. 1/y vs. 1/x

C. ln(y) vs. ln(x)

D. 1/y vs. x

Question 5

The data transformed as in Question 4 are fit to a straight line, and the resulting slope m and intercept b are obtained. How is the parameter c in the original formula obtained from these values?

A. c = m

B. c = b

C. c = b/m

D. c = exp(b)

(THE ANSWERS ARE B and C, BUT I DONT KNOW WHY)