- 0 Posts
- 20 Comments
All of the examples relate to differences in pronunciation, so the guidance in the OP is good - use your personal pronunciation. I would imagine this would be harder for non-native speakers, but fortunately there aren’t many words (that I’m aware of) that are commonly pronounced with a leading vowel sound or leading consonant sound depending of dialect.
The only example cited in this thread that most people will experience is “herb” which has large populations that pronounce it with and without a silent “h.” “History” and related words are not commonly pronounced with a silent h outside of regional dialects.
English is definitely nuts, but can you give an example of where this particular rule doesn’t apply?
Carefully read the comment you’re replying to
US mid-Atlantic: Pricing is elevated, but strange; some eggs that are usually higher cost now cost less than the typically lower cost eggs. For example (all for dozen large eggs):
Store brand, conventional: $6.93
Store brand, cage free: $4.95
Store brand, organic free range: $4.59
Eggland’s Best (premium brand): $4.99
Fwiw, it looks fine using Voyager
They said investing, not gambling
FYI - ten states (and D.C.) require employees to pay employees for mandatory jury duty. Eighteen states prohibit employers from requiring employees to use personal leave for jury duty.
I think grapefruit in particular has an enzyme that interferes with drugs (can increase or decrease effect):
https://www.fda.gov/consumers/consumer-updates/grapefruit-juice-and-some-drugs-dont-mix
How do you transfer the food from the cutting board to the measuring cup?
You keep saying that, but it’s not an extra step. Weighing the food is in place of the volume measurement, not in addition.
Using volume measurement: start cutting broccoli. Add to a measuring cup until you get the right amount.
Using weight measurement: cut broccoli. Add to scale until you have the right amount (actually I would usually weigh out a single large piece, then chop it all at once - same amount of effort).
Or you place your bowl etc. on the scale and tare after each addition. Doesn’t work in all situations (e.g. pan on the stove) but is great for baking.
If your cup measurements are not the same you need new measuring cups.
In the US, sticks of butter have tablespoon measurements printed on the label, like this: https://www.errenskitchen.com/wp-content/uploads/2018/02/butter-sticks.jpg
Most people leave the sticks of butter in the fridge with the wrappers on. If you want X tablespoons of butter, you cut through the wrapper and butter at the right mark.
I’m not saying it’s an ideal system (I also prefer recipes that use weights) but it works.
Just a small note: the pressures in this chart are absolute, not gauge. In everyday usage (like talking about tire pressure) we mean gauge pressure - that is, the difference in pressure from atmospheric pressure.
Your overall point is well taken (the change in temperature doesn’t matter much), but the numbers will be slightly different. For example, a tire filled to 100 psig (gauge) will reach 106.496 psig at 100 deg F, versus 105.663 in the original chart (assuming 14.7 psia atmospheric pressure).
If you’re measuring the temperature in the room currently, you could try trending it yourself. Start the heater, and see how quickly the temperature rises (e.g., degrees per hour). Call this Rate 1.
Then turn off the heat and see how quickly the temperature drops. Call this Rate 2. For the formula below, make it a positive number.
Assuming the weather conditions are similar and the room temperature doesn’t change too much during data collection:
Rate of heat loss = Heater power * Rate 2 / (Rate 1 + Rate 2)
This number could be impacted by the weather: temperature, wind and insolation (affected by time of day, time of year, latitude, and cloud cover). It’s also impacted by room conditions (temperature, slade position, how many times the door is opened), so you’d need to do a few trials to get a sense for thr impact of different variables.
You’ve probably already thought of this, but your strategy is going to result in noticeable swings in temperature in the room, because ypure going to do a lot of heating at once when prices are cheap, then turn off the heating and let the room cool. Compare that to a thermostat that tries to maintain a constant temperature.
Sounds like a fun project - good luck! I’d love to hear updates here as you go.
Fair enough - I spent a few weeks there for work. People were friendly.
Terre Haute has federal death row, Rose-Hulman, and Square Donuts. Am I missing anything?
Distribute the pi on the right side of your equality, and replace c with pi*d:
c+x = pi*(d+2)
pid+x = pid + pi*2
x = pi*2
To generalize for an height h,
x = pi2h
Edit: I did some weird markup, but won’t be fixing it
Interesting - is there a point at which you’d switch to saying individual digits? Like if you’re listing eight digits of pi, is it still three point fourteen million, one hundred fifty-nine thousand, two hundred sixty-five?