# Magnetic field under power lines,national geographic 125,national geographic channel program lineup,zombie bathing suit calendar - How to DIY

This activity was developed by NOVA as a Student Activity to accompany the NOVA movie Magnetic Storm. Understand that the Earth’s magnetic field not only changes magnitude, but also direction over time.
During this activity, students will use a hand-made magnetometer to identify and describe positions of strong magnetic field on models of the Sun. The TXESS Revolution is funded by the NSF Opportunities for Enhancing Diversity in the Geosciences program under NSF Grant 0703687, the Shell Oil Company through a grant to the Texas Regional Collaboratives for Excellence in Science and Mathematics Education, and the Jackson School of Geosciences at UT Austin. PRESTO, Japan Science and Technology Agency, 4-1-8 Honcho, Kawaguchi, Saitama 322-0012, Japan. Center for Spintronics Integrated Systems, Tohoku University, 2-1-1 Katahira, Aoba-ku, Sendai 980-8577, Japan. The influence of a transverse magnetic field (B < 1 T) on the solidification structure in directionally solidified Al-Si alloys was investigated.
Department of Material Science and Engineering, Shanghai University, Shanghai, 200072, P.R.
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If we put diamagnetic material under strong electromagnet.Would the opposing magnetic fields strong enough to attract ferromagnetic materials? Suppose we put a diamagnetic material (such as Bismuth or Pyrolytic Carbon) under a strong magnet (see image below).
I agree but what will happen when strong diamagnetic material as a ferromagnetic would be in cell made of weak diamagnetic?
How should I tell school that they are vulnerable when I wasn't given permission to check? Isn't \usepackage{tikz} removable without changing the result, when there's \documentclass[tikz, border= mm]{standalone}?
We will use the procedure described in the National Center for Atmospheric Research Climate Discovery Teacher’s Guide on Magnetic Sun.
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The red, black, and blue curves respectively indicate the results obtained when applying gate voltages VG +10, 0, and ?10 V.
Experimental results indicate that the magnetic field caused macrosegregation, dendrite refinement, and a decrease in the length of the mushy zone in both Al-7 wt pct Si alloy and Al-7 wt pct Si-1 wt pct Fe alloys. The different designs are differentiated by being a different "model" or "series." Confusing the issue even more, some manufacturers "private label" their machines for large department stores. Moreover, the application of the magnetic field is capable of separating the Fe-rich intermetallic phases from Al-7 wt pct Si-1 wt pct Fe alloy.
Would the opposing magnetic field be strong enough to attract ferromagnetic or paramagnetic materials?
Such as Sears' Kenmore and Montgomery Ward's Signature machines. Check the following list to determine if you have one of these "cross-branded" machines. RHall is proportional to the perpendicular component of magnetization because of the anomalous Hall effect. Thermoelectric magnetic convection (TEMC) was numerically simulated during the directional solidification of Al-Si alloys. Or could it induce magnetic fields in paramagnetic or ferromagnetic materials with high magnetic permeability?
As an introduction to exploring Earth’s magnetic field, we will do a short activity on Visualizing Magnetic Fields using the NOVA worksheets.
In both samples, clear modification of coercivity (Hc) is observed depending on the value of gate voltage (VG).

The results reveal that the TEMC increases to a maximum ($$u_{\rm{max} }$$) when the magnetic field reaches a critical magnetic field strength ($$B_{\rm{max} }$$), and then decreases as the magnetic field strength increases further. The TEMC exhibits the multi-scales effects: the $$u_{\rm{max} }$$ and $$B_{\rm{max} }$$ values are different at various scales, with $$u_{\rm{max} }$$ decreasing and $$B_{\rm{max} }$$ increasing as the scale decreases. They are known in the parts houses as "Whirlpool belt-drive" models. In the early 80's, Whirlpool began manufacturing their "Design 2000" washers. The modification of the solidification structure under the magnetic field should be attributed to the TEMC on the sample and dendrite scales. These machines were sold as GE, Hotpoint, and "private-labelled" as JC Penney and Penncrest brands. In 1995, GE started making a new "front access" washing machine. Unlike the old model, there is no rear access panel on these machines; all the machine internals are accessed through the front.
The insets shows the external magnetic field H dependence of Hall resistance RHall at the Hall probe B at VG=0 V.
WCI's machines were sold under these original brand names, as well as Westinghouse and White-Westinghouse brands.
Frankly, these washers were pretty poorly designed, displaying major oil and water leakage within five years. In the '90's, WCI was bought by Swedish giant Electrolux, who changed the company name back to the Frigidaire Home Products Company.
The orbital machine, manufactured since the late '80's, is a "Newton" machine with a redesigned "orbital" transmission with only six moving parts. The "orbital" transmissions are interchangeable with the pre-1980's so-called "counterweight" transmissions. Unlike the counterweight machine, the gearing in the orbital transmission can be serviced without removing the transmission from the machine.1-2 BEFORE YOU STARTFind yourself a good appliance parts dealer. You can find them in the Yellow Pages under the following headings:APPLIANCES, HOUSEHOLD, MAJORAPPLIANCES, PARTS AND SUPPLIESREFRIGERATORS, DOMESTICAPPLIANCES, HOUSEHOLD, REPAIR AND SERVICECall a few of them and ask if they are a repair service, or if they sell parts, or both. They'll tell you it's too complicated, then in the same breath, "guide" you to their service department. They should contain the model number SOMEWHERE. If you have absolutely NO information about the washer anywhere, make sure you bring your old part to the parts store with you. Sometimes they can match an old part by looks or by part number.1-3 TOOLS (Figure 1-2)The tools that you may need (depending on the diagnosis) are listed below. It can save you lots of time and hassle.1-4 BASIC REPAIR AND SAFETY PRECAUTIONS1) Always de-energize (pull the plug or trip the breaker on) any washer that you're disassembling.
If you need to re-energize the washer to perform a test, make sure any bare wires or terminals are taped or insulated. Energize the unit only long enough to perform whatever test you're performing, then disconnect the power again. 2) To work underneath the washer sometimes requires leaning the washer back against the wall at a 30- to 45-degree angle.
Always have someone standing by to help you while you work beneath the washer, in case it comes down on you.Figure 1-7: Leaning the Washer Against the Wall 3) If the manual advocates replacing the part, REPLACE IT!!
There is a reason that it stopped--you can bet on it--and if you get it going and re-install it, you are running a very high risk that it will stop again. Replace the part. 4) If you must lay the washer over on its side, front or back, first make sure that you are not going to break anything off, such as a drain hose or fill valve. And for goodness' sake, make sure you drain the thing completely first! 5) Always replace the green (ground) leads when you remove an electrical component.
And NEVER EVER remove the third (ground) prong in the main power plug! 6) When opening the washer cabinet or console, remember that the sheet metal parts are have very sharp edges.
If you're not getting full power out of the outlet, you'll know it right away. 2) If you just can't get that agitator unstuck, your appliance parts dealer has a device called an Agi-Tamer for just such an occurrence. It's basically a heavy-duty rubber balloon that fits under the agitator, and uses water pressure to lift it upwards from underneath. 3) If you need to drain the tub (usually because your pump isn't pumping out) most folks try to bail it out.
And what happens when that nice, week-old dirty wash water reaches your mouth? You guessed it: there's a better way. What's the point in sucking the water through the hose? Well, instead of using lung suction to do that, let's use hose pressure. Leave your garden hose connected to the faucet, and put the other end of it in the washer tub.

The air is gone now, right? Kink the garden hose so you don't lose the water charge, and disconnect it from the faucet. When you're sure the faucet end of the hose is lower than the bottom of the washer tub, release the kink in the hose. No muss, no fuss.1-6 HOW TO USE A VOM AND AMMETERMany home handymen are very intimidated by electricity. It's true that diagnosing and repairing electrical circuits requires a bit more care than most operations, due to the danger of getting shocked. Remember the rule in section 1-4 (1); while you are working on a circuit, energize the circuit only long enough to perform whatever test you're performing, then take the power back off it to perform the repair. You will only need to be able to set the VOM onto the right scale, touch the test leads to the right place and read the meter. In using the VOM (Volt-Ohm Meter) for our purposes, the two test leads are always plugged into the "+" and "-" holes on the VOM. It's derived from the word "continuous." In an electrical circuit, electricity has to flow from a power source back to that power source.
For our purposes, it doesn't matter how fast the current is flowingTo use your VOM to test continuity, set the dial on (resistance) R x 1, or whatever the lowest setting is. It should peg the meter all the way on the right side of the scale, towards "0" on the meter's "resistance" scale. If the meter does not read zero resistance, adjust the thumbwheel on the front of the VOM until it does read zero.
If the solenoid's leads are still connected to something, you may get a reading through that something. If there is still live power on the item you're testing for continuity, you will burn out your VOM instantly and possibly shock yourself. Touch the two test leads to the two bare wire ends or terminals of the solenoid.
You can touch the ends of the wires and test leads with your hands if necessary to get better contact.
If there is GOOD continuity, the meter will move toward the right side of the scale and steady on a reading.
This is the resistance reading and it doesn't concern us; we only care that we show good continuity. If you own an ammeter, you probably already know how to use it. If you don't, don't get one.
The ammeter simply measures the strength of this magnetic field, and thus the amount of current, flowing through the wire. To determine continuity, for our purposes, we can simply isolate the component that we're testing (so we do not accidentally measure the current going through any other components) and see if there's anycurrent flow.To use your ammeter, first make sure that it's on an appropriate scale (0 to 10 or 20 amps will do).
WCI's machines were sold under these original brand names, as well as Westinghouse and White-Westinghouse brands.
And for goodness' sake, make sure you drain the thing completely first! 5) Always replace the green (ground) leads when you remove an electrical component. The air is gone now, right? Kink the garden hose so you don't lose the water charge, and disconnect it from the faucet.
When you're sure the faucet end of the hose is lower than the bottom of the washer tub, release the kink in the hose. It's true that diagnosing and repairing electrical circuits requires a bit more care than most operations, due to the danger of getting shocked.
For our purposes, it doesn't matter how fast the current is flowingTo use your VOM to test continuity, set the dial on (resistance) R x 1, or whatever the lowest setting is.
If the solenoid's leads are still connected to something, you may get a reading through that something.