Frequently Asked Questions (FAQ) for Washing Machine

1. What is the best way to use Revive (starch) in a front-loading washing machine?

Washing machine technology has passed through great advanced changes, since the age it was born. Various technical innovations, specifications, and functionality are added as per the increasing requirements of the users. This not only makes your work easier but sometimes may also confuse you, which machine is the perfect buy for you. For a better selection, below we provide you a review about the top load washing machines.There are basically two types of machine in the market; Front load and Top load washing machine. To give you a brief, front load machines are a tad bit expensive than the top load machine and also give a better performance with regards to the rpm and washing techniques. But today, we will have a full-fledged discussion on top load washer- semi automatic as well as fully automatic machines.The top loading washing machine comes with certain specific washing systems, one such is the Pulsator. Some machines use pulsator in order to generate turbulent currents in the washing water. The machines with pulsator are highly efficient and consume less water in the conventional models also provide higher spinning speed. A similar process is done by the impeller, with the difference that ensures each fabric in the washing machine, from top to bottom gets cleaned through a different process to ensure deep cleaning. Using lesser space in the washing tub of the machine. The Agitator is yet another specification present in the fully automatic washing machine. These are generally hard on clothes, as they twist and turn the clothes upside down for a better cleaning process. Depending on the make of the washing machine, an agitator may be single or a dual device and works as per the mode of washing that has been selected. In the tumble washing machines, they consume low power and water, and the spinning speed is also low. This leads to lower risk of clothes getting entangled. The agipeller washing method is a combination of both agitator and impeller, that provides a wash that is similar to washing clothes by hand, providing cleaner washing. 10 Best Top Load Washing Machine Reviews - Best products from online shopping in india1. LG Fully-automatic Top-loading Washing Machine2. IFB 6.5 kg Fully-Automatic Top Loading Washing Machine3. Whirlpool 6. 5 kg Fully-Automatic Top Loading Washing Machine4. Haier 6 kg Fully Automatic Top Load Washing Machine5. IFB 7.5 kg Fully Automatic Top Load Washing Machine6. Samsung 6. 2 kg Fully Automatic Top Load Washing Machine7. Whirlpool 7 kg Fully Automatic Top Load Washing Machine8. Godrej 5.8 kg Fully Automatic Top Load Washing Machine9. Panasonic 6. 2 kg Fully Automatic Top Load Washing Machine10. LG 6.5 kg Semi Automatic Top Load Washing Machine


2. What is the best way to reduce washing machine vibration?

Does your washing machine shake, rattle, and bump while it is working? While a short vibration is normal, loud thumps and bumps are not normal. Not only are these issues annoying both for residents and for the people living above and below them, but they can affect damage to your washing machine.Read on to learn some common causes of your washer doing a little "dance," and some possible answers. Causes and SolutionsWhile either design of a washing machine can vibrate for several reasons, front loaders tend to vibrate higher than top-loading washing machines. That's because high-efficiency models have a very faster spin cycle. Several things can cause a washing machine to vibrate, and normally, you can find a way to fix the problem. Leveling: Washers have self or standard leveling feet. It's very important, when first setting up a machine, to ensure that all four feet are adjusted, and the washer is level. Normally, the feet turn to adjust, but self-leveling feet have a different mechanism, and you may have to lightly lift the machine to level and for the incorrect foot to self-adjust. Use a level to assure accuracy. Stacking kit issues: Stacked washers and dryers usually come with a stacking kit which, once applied, keeps the entire unit stable and together during operation. If this stacking kit was not connected properly or is missing, it could cause the stacked washer to be off-balance and to vibrate, especially during the spin cycle.Unbalanced load: A single big wet item such as a comforter or blanket can 'hug' 1 side of the washer while the spin, throwing the washer off balance and causing it to vibrate. Joining one or more towels, or redistributing the weight and resetting the washer, can often resolve this problem. Harder washable items, such as dusty sneakers, should never be placed in a washing machine alone, but should always be accompanied by towels or other softer items.Unfinished floor bracing: If the laundry washing machines are on the main floor and adding bracing in the ceiling of the level directly under the washer is possible, this should provide the washer a sturdier, solid floor and minimize vibrations. If it's not possible to add bracing as described, you can place a 5/8" or 1" sheet of plywood under both appliances, to increase the stability of the floor.If not of these simpler systems work for you, there are full-size anti-vibration platforms as well as small pads on the market and trying these may solve the difficulty. Since full platforms are rather pricey, you may require to try other solutions before going this route. The small anti-vibration pads are a more affordable cushioning option.Continue ReadingTo read a Complete. Visit our linkHope it will help youThank You


3. geometric distrubtion and binomial confusion

The geometric distribution supported on the set $1,2,3,ldots$ is the distribution of the number of independent trials needed to get one success with a fixed probability of success on each trial. The number $p0.8$ could be that probability of success on each trial, or it could be the probability of failure on each trial. There is also a geometric distribution supported on the set $0,1,2,3,ldots$ (this time including $0$) which is the distribution of the number of failures before the first success.

I know of no reason to regard each washing machine breakdown as a "trial" in a sequence of independent trials. Thus it seems quite unnatural to use it to model the number of washing machine breakdowns.A binomial distribution might be appropriate if, for example, one could potentially have just one breakdown per day (perhaps because only one visit by maintenance people could be done each day) or just one per month, etc. The binomial distribution is the probability distribution of the number of successes in a fixed (i.e. non-random) number of trials. If each day were such a trial and each breakdown a "success" then the binomial distribution could be used, with the number of days as the number of trials. (But if they were actually independent of the history of breakdowns and repairs then perhaps the quality of the machines or maintenance work would be questionable, so that's one reason to think a binomial might not fit really well.

)So I see no reason why the geometric distribution makes sense. But at least it is a distribution whose support is the set $0,1,2,3,ldots$, and that is where the number of breakdowns would be.PS: Alright, here's a fanciful, if not realistic, theory of why the geometric distribution supported on $0,1,2,3,ldots$ would make sense. Let's say some adjustable aspect of the machine has probability $p$ of being on the correct setting. If it is correct, then the machine will run perfectly forever, but otherwise it will break down before the end of the year. When it breaks down, the repair consists of randomly picking a setting, each time with probability $p$ of picking the right one. The number of breakdowns could then be viewed as the number of failures before the first success. That this is silly means that it is silly to use the geometric distribution to model something like this. You'd do a bit better with the Poisson distribution, but that assumes the probability of a breakdown in the next ten minutes does not depend on how long it's been since the last breakdown. If the waiting time between breakdowns had a gamma distribution that is the sum of several independent exponentially distributed random variables, that might not be too bad a model


4. Is there any danger in pulling a washing machine forward?

I assume that you have a top loading machine. Before you do anything try the cycle again. Since it is full of water it probably wont fill up much more with water. Make sure your machine starts the agitating, if it normally happens here. No agitation bad motor or belt pump not working. Or bad timer.You should listen to see if you hear the timer click to indicate a new part of the cycle. If it agitates then your timer is probably OK but I would listen for the click to signify the spinning and the water to pump out. If it spins then it is probably the pump. Motors reverse for the spin cycle (or 30 years ago they did). No spinning could be bad motor or belt. Pump won't work if motor is not turning. The next thing I would do is drain all that water out with a coffee can or something big, unless you have a siphon. When you get all the water out there is still more, you've only emptied the inner tub so the washer will still be heavier, but probably manageable. Now follow the other answers, they are all good and unhook your machine. KEEP YOUR DRAIN HOSE ABOVE THE MACHINE AND DO NOT REMOVE IT. Check your belts to see if they are still snug or missing. This can be a problem. It could also be something like a sock in your pump or your pump has gone bad. Inspect the pump and carefully pull the drain hose from it. It will leak that cruddy water I talked about earlier. I haven't worked on machines in close to 30 years, when I worked for Maytag, so some or all might this might be outdated.EDIT My front loading has a small drain pump filter behind a little door in the front of it. See if cleaning this will help. You might check out the manual or look it up on line to give you tips about this. Make sure you have something for the water to drain into while you do this. I don't think this will drain all water, just the water between the pump and the dump hose. Maybe this will help. Thanks @BMitchThe way we move them after emptied out was to get a good grip on the washer and tilt it forward with your knees against the front and lean it back until it is barely off the floor and your knees taking the weight. Then you just slide yourself backwards until its out. Since you have a counter to dill with try getting a handtruck, slide it in the middle bottom and pick it up until you can pull the handtruck and the washer at the same time, using the bade and the bottom of the machine

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