Question about Office Equipment & Supplies

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Posted on Jan 02, 2017

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depends on your employer attitude to decency

you are employed at a rate of pay to do the job of supervisor

I an employee on a lower rate of pay doesn't come to work and you have to fill in , you are still employed as a supervisor and the pay rate should not drop while you are covering a shift

That is why you should be in a union so that it can be sorted out

The next question you should be asking is --if you act in a higher position while a manager is absent will you get the higher rate of pay for that position

If the answer is no then you should not get less for a lower paid position either

you are employed at a rate of pay to do the job of supervisor

I an employee on a lower rate of pay doesn't come to work and you have to fill in , you are still employed as a supervisor and the pay rate should not drop while you are covering a shift

That is why you should be in a union so that it can be sorted out

The next question you should be asking is --if you act in a higher position while a manager is absent will you get the higher rate of pay for that position

If the answer is no then you should not get less for a lower paid position either

Jul 09, 2017 | Kitchen Ranges

enough is enough

get legal advice , union action what ever but bullying is not acceptable in the work place

report it to the manager , division manager or CEO of the company

you have rights to a code of conduct that has to be adhere to by all employees and staff

get legal advice , union action what ever but bullying is not acceptable in the work place

report it to the manager , division manager or CEO of the company

you have rights to a code of conduct that has to be adhere to by all employees and staff

May 04, 2017 | HIS Computers & Internet

By US federal law a full-time employee is one who works on average at least 30 hours per week, or 130 hours per month.

Nov 06, 2015 | Computers & Internet

You likely mean this to be the 'Average' number of employees per day rather than percentage. However you need to work out based on hr's per day that each employee can work. Lets assume though that they work full time, 8hrs per day. Then you would work out as follows:

3223.5 /8 /28 /306 = 0.047 employees per day

If they only work 1 hr per day it would be:

3223.5 /28 /306 = 0.376 employees per day

Each employee would need to work:

3223.5 /306 = 10.53hrs per month

3223.5 /8 /28 /306 = 0.047 employees per day

If they only work 1 hr per day it would be:

3223.5 /28 /306 = 0.376 employees per day

Each employee would need to work:

3223.5 /306 = 10.53hrs per month

Mar 02, 2015 | Office Equipment & Supplies

Panasonic Customer Phone Number Shortest Wait Best Support

800-211-7262

CALL CUSTOMER SERVICE AT THE PHONE NUMBER ABOVE.

800-211-7262

CALL CUSTOMER SERVICE AT THE PHONE NUMBER ABOVE.

- Average Wait: 8 mins - Mon-Sat 8:00 AM - 9:00 PM EST Sun 12:00 AM - 5:00 PM EST

Nov 17, 2014 | Panasonic TC-P42C2 Plasma TV, 41.6 -...

Although some companies choose to have all of their employees wear the same color hardhat, different color hardhats are usually worn by people with different jobs at a construction site. White hardhats are usually worn by supervisors, pink/orange hardhats are worn by new employees or visitors to the construction site. Blue hardhats are worn by technical supervisors and green ones are worn by safety inspectors.

May 01, 2013 | Work Safety

You will need to contact your supervisor or someone at the corporate support and talk to them since it is a service for Walmart employees only.

Sep 04, 2012 | Computers & Internet

The rms voltage is what counts, because it tells how much power the output will deliver to a resistive load. Inexpensive multimeters on their AC ranges are usually average-responding rms-calibrated meters. This means they measure the average of the absolute value of the AC component of the signal, and display that average multiplied by about 1.11 (actually, pi over sqrt(8)), the ratio of rms to average value for a pure sine wave. That way, the meter will give the right rms reading for a sine wave.

If the signal is a square wave, where the average and rms values are equal, the average-responding meter will read 11% too high.

Many inverters put out a modified sine wave (MSW), which sits at zero for a while, goes to a constant positive level for a while, goes back to zero for a while, and goes to a constant negative level for a while to complete the cycle. The positive and negative parts of the signal have the same magnitude and duration.

The rms and average values of an MSW depend on its duty cycle D, the fraction of a cycle for which the signal is not at zero. In a well-designed inverter, the duty cycle will be adjusted when the DC input voltage goes up and down to maintain the nominal rms output voltage. If we use peak voltage Vp to mean the magnitude of the positive and negative voltages the signal goes to, then Vavg for an MSW is equal to Vp times D, and Vrms is equal to Vp times the square root of D.

The duty cycle for which an MSW will have the same rms to average ratio as a sine wave is 8 over pi squared, or 81%. For any duty cycle less than this, an average-responding meter will read a lower voltage than the inverter rms output, and for a duty cycle higher than this, the meter will read too high.

If your MSW inverter is putting out 120 volts rms and its duty cycle varies from 50% to 75%, the meter reading will vary from 94 volts to 115 volts. I avoid the problem by using a Radio Shack 22-174B true rms digital multimeter.

If the signal is a square wave, where the average and rms values are equal, the average-responding meter will read 11% too high.

Many inverters put out a modified sine wave (MSW), which sits at zero for a while, goes to a constant positive level for a while, goes back to zero for a while, and goes to a constant negative level for a while to complete the cycle. The positive and negative parts of the signal have the same magnitude and duration.

The rms and average values of an MSW depend on its duty cycle D, the fraction of a cycle for which the signal is not at zero. In a well-designed inverter, the duty cycle will be adjusted when the DC input voltage goes up and down to maintain the nominal rms output voltage. If we use peak voltage Vp to mean the magnitude of the positive and negative voltages the signal goes to, then Vavg for an MSW is equal to Vp times D, and Vrms is equal to Vp times the square root of D.

The duty cycle for which an MSW will have the same rms to average ratio as a sine wave is 8 over pi squared, or 81%. For any duty cycle less than this, an average-responding meter will read a lower voltage than the inverter rms output, and for a duty cycle higher than this, the meter will read too high.

If your MSW inverter is putting out 120 volts rms and its duty cycle varies from 50% to 75%, the meter reading will vary from 94 volts to 115 volts. I avoid the problem by using a Radio Shack 22-174B true rms digital multimeter.

Aug 27, 2009 | Xantrex Technology DR2412 Inverter /...

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