Roasted Pumpkin Seeds: How to Make This Delicious Treat

Want a tasty fireside treat? Roast some pumpkin seeds — it’s easy! (DepositPhotos)

Whether you’re carving pumpkins or removing your fall decor, don’t forget that pumpkins are useful for more than their exterior. Roasted pumpkin seeds are a delicious — and healthy — fall treat!

“Pumpkin seeds … are rich in magnesium, which can aid in heart and bone health, lower blood pressure and even prevent migraines,” the American Heart Association’s website states.

Here’s the recipe for roasted pumpkin seeds:

  1. Scoop out the pumpkin’s seeds and place them in a bowl.
  2. Rinse the seeds to remove all the stringy goo. On that note, many people ask, “Should pumpkin seeds be soaked before roasting?” Not necessary! Just a little rinsing will do, but you can soak them for a few hours to refine the texture. Then spread them out on a towel to dry overnight.
  3. Toss the seeds in a bowl with a little melted butter and salt.
  4. Spread them in a single layer on a cookie sheet and bake at 300 degrees Fahrenheit, stirring occasionally, until they’re a nice golden brown. (This takes about 20 to 30 minutes, but keep an eye on them.)
  5. For variety, you can spice them
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Solved: What does ‘Brushless Motor’ Mean?

Brushless motors are more expensive than their counterparts to produce, but their benefits outweigh the initial cost. (DepositPhotos)

The latest advancement in power tools is the use of brushless motors. But what exactly is a brushless motor, and what are its benefits?

To fully understand this technology, let’s take a quick look at the existing technology: brushed motors.

How Brushed Motors Work

In a typical electric motor, there are permanent magnets (stator) on the outside, and a spinning armature (rotor) on the inside. The rotor contains an electromagnet. When electricity passes through the electromagnet, it creates a magnetic field inside the rotor that attracts and repels permanent magnets in the stator.

However, to make the motor spin 360 degrees, it’s necessary to change the polarity of the electromagnet, and a pair of brushes helps do that.

Motor brushes aren’t brushes at all, but small blocks of carbon connected to a compression spring. The brushes press against spinning electrodes attached to the rotor. As the electromagnet spins, the brushes change the magnetic polarity.

Brushed motors are reliable, relatively efficient and inexpensive to manufacture, but they have distinct limitations.

First, carbon brushes eventually wear out and must be replaced. As the motor

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