vania-janet/multiturn-rag-retrieval-data huggingface dataset:
I thought we could have a friendly conversation, but it seems like this went out the window; I feel very comfortable given that 4 of my years at my current firms were about analyzing those fees and how open each of the firms are open about the rebates Prices, as well as exchanges having the same openness about it.   The current volume intraday is around 5.6B shares traded; when it used to be 100 times bigger around 2010; you do not make a significant part of money with the lack of volitality and volume on the markets today. The author is just a sheltered university teacher that does not seem to know what reality looks like, and you seem to protect him which speaks volume about you as well.
I frequently do this on NADEX, selling out-of-the-money binary  calls. NADEX is highly illiquid, and the bid/ask is almost always from  the market maker. Out-of-the-money binary calls lose value quickly  (NADEX daily options exist for only ~21 hours). If I place an  above-ask order, it either gets filled quickly (within a few minutes)  due to a spike in the underlying, or not at all. I compensate by  changing my price hourly.  As Joe notes, one of Black-Scholes inputs is volatility, but price  determines (implied) volatility, so this is circular. In other words, you can  treat the bid/ask prices as bid/ask volatilities. This isn't as  far-fetched as it seems:  http://www.cmegroup.com/trading/fx/volatility-quoting-fx-options.html
Yes, this is a way to avoid the pattern day trader regulation. The only downside being that your broker will have different commission rates and your capital will be split amongst several places.
All the time. For high volume stocks, it may be tough to see exactly what's going on, e.g. the bid/ask may be moving faster than your connection to the broker can show you.  What I've observed is with options. The volume on some options is measured in the 10's or 100's of contracts in a day. I'll see a case where it's $1.80/$2.00 bid/ask, and by offering $1.90 will often see a fill at that price. Since I may be the only trade on that option in the 15 minute period and note that the stock wasn't moving more than a penny during that time, I know that it was my order that managed to fill between the bid/ask.
"Firstly ""Most option traders don't want to actually buy or sell the underlying stock."" THIS IS COMPLETELY UTTERLY FALSE Perhaps the problem is that you are only familiar with the BUY side of options trading. On the sell side of options trading, an options desk engages in DELTA HEDGING. When we sell an option to a client. We will also buy an appropriate amount of underlying to match the delta position of the option. During the life time of the option. We will readjust our hedge position whenever the delta changes (those who follow Black Scholes will know that normally that comes from (underlying) price changes). However, we lose money on each underlying change (we have to cross the bid-ask spread for each trade). That is why we lose money when there is volatility. That is why we are said to be ""short VEGA"" or ""short volatility"". So one way to think about ""buying"" options, is that you are paying someone to execute a specific trading strategy. In general, those who sell options, are also happy to buy options back (at a discount of course, so we make a profit). But when doing so, we need to unroll our hedging position, and that again incurs a cost (to us, the bank). Finally. Since this is ""money"" stackexchange rather than finance. You are most likely referring to ""warrants"" rather than ""options"", which are listed on stock exchanges. The exchange in most regions give us very specific and restrictive regulations that we must abide by. One very common one is that we MUST always list a price which we are willing to buy the warrants back at (which may not be an unreasonable spread from the sell price). Since an Option is a synthetically created investment instrument, when we buy back the Option from the investor, we simply unwind the underlying hedging positions that we booked to synthesize the Options with. Source: I've worked 2 years on a warrant desk, as a desk developer."
"When you buy a put option, you're buying the right to sell stock at the ""strike"" price. To understand why you have to pay separately for that, consider the other side of the transaction. If I agree to trade stock for money at above market rates, I need to make up the difference somewhere or face bankruptcy.  That risk of loss is what the option price is about. You might assume that means the market expects the price of AMD to fall to 8.01 from it's current price of 8.06 by the option expiration date. But that would also mean call options below the market price is worthless. But that's not quite true; people who price options need to factor in volatility, since things change with time. The price MIGHT fall, and traders need to account for that risk. So 1.99 roughly represents the probability of AMD rising to 10. There's probably some technical analysis one can do to the chain, but I don't see any abnormality of AMD here."
"I've never used them myself, but Scottrade might be something for you to look at. They do $7 internet trades, but also offer $27 broker assisted trades (that's for stocks, in both cases). Plus, they have brick-and-morter storefronts all over the US for that extra ""I gotta have a human touch"". :-)  Also, they do have after hours trading, for the same commission as regular trading."
Specific stock advice isn't permitted on these boards. I'm discussing the process of a call spread with the Apple Jan 13 calls as an example.  In effect, you have $10 to 'bet.' Each bet you'd construct offers a different return (odds). For example, If you bought the $750 call at $37.25, you'd need to look to find what strike has a bid of $27 or higher. The $790 is bid $27.75. So this particular spread is a 4 to 1 bet the stock will close in January over $790, with a $760 break even.  You can pull the number from Yahoo to a spreadsheet to make your own chart of spread costs, but I'll give one more example.  You think it will go over $850, and that strike is now ask $18.85. The highest strike currently listed is $930, and it's bid $10.35. So this spread cost is $850, and a close over $930 returns $8000 or over 9 to 1.  Again, this is not advice, just an analysis of how spreads work. Note, any anomalies in the pricing above is the effect of a particular strike having no trades today, not every strike is active so 'last trade' can be days old.   Note: My answer adds to AlexR's response in that once you used the word bet and showed a desire to make a risky move, options are the answer. You acknowledged you understand the basic concept, but given the contract size of 100 shares, these suggestions are ways to bet under your $1000 limit and profit from the gain in the underlying stock you hope to see.
-I understand. If the option expires and you paid a premium of let's say $20, then you loose it. I will still have to read more obviously. If there are other ways to play the commodities market in a safer way, I am more than willing to look into it. -I understand futures and options on futures are more risky than stocks. What I am getting at is it is less risky COMPARED to regular futures. Compared to the available choices, this seems like the safest. I understand I can loose all the money I invest/speculate with. But loosing $10 (or whatever the price of said commodity options are), is still better than loosing thousands. I agree though I should do my do diligence. -What I am getting at is obviously certain things are correlated with bull or bear markets (gold bear, growth stocks bull). If you can use a combination of assets, you can have some that are winners, while some will be down. I don't expect one asset to be a super asset. -But most the stocks are overvalued, and are overrated. I have found several stocks that I am invested in (MGM Macau, Lippo Mall, and Whiting Trust II). I am also in gold, silver, small Riyal position, and Norwegian Kroner.
"The third Friday of each month is an expiration for the monthly options on each stock.  Stock with standardized options are in one of three ""cycles"" and have four open months at any give time.  See http://www.investopedia.com/terms/o/optioncycle.asp In addition some stocks have weekly options now.  Those generally have less interest because they are necessarily short-term.  Anything expiring on April 8 and 22 (Fridays this year but not third Fridays of the month) are weeklies. The monthly options are open for longer periods of time so they attract more interest over the time that they are open.  They also potentially attract a different type of investor due to their length of term, although, as it gets close to their expiration date they may start to behave more like weeklies."
We could also ask if they organised a cartel to force communal banks to buy their bermudean snowballs. And we could also ask, if they are so influent that they eventually can manipulate the Swiss frank to secure an even higher profit. But I will not go into this. To the best of my understanding, the subprime crisis is a play along the same plot, with different actors, but I know this latter subject only by what I could read in French newspapers. So much for the “How is it causing problems?” part. What is some of the terminology in relation to derivatives (and there meanings of course)? Answering this question is basically the purpose of the 7 first chapters of the book by Hull, along with deriving some important mathematical principles. And I will not copy these seven chapters here! How would someone get started dealing in derivatives (I'm playing a realistic stock market simulation, so it doesn't matter if your answer to this costs me money)? If you ask the question, I understand that you are not a professional, so that your are actually trying to become the one that has money and zero knowledge in the play I outlined above. I would recommand not doing this. That said, if you have a good mathematical background and can program well, once you are confindent with the books of Hull and Joshi, you can have fun implementing various market models and implementing trading strategies. Once you are confident with this, you can also read the articles on quantitative finance on arXiv.org. And once you are done with this, you can decide for yourself if you want to play the same market as the guys writing these articles. (And yes, even for the simplest options, they have better models than you have and will systematically outperform you in the long run, even if some random successes will give you the feeling that you do well and could do better.) (indeed, I've made it a personal goal to somehow lose every last cent of my money) You know your weapons! :) Two parties agree today on a price for one to deliver a commodity to the other at some future instant. This is a classical future contract, it can be modified in every imaginable way, usually by embedding options.
You miss the step where the return being doubled is daily. Consider you invested $100 today, went up 10%, and tomorrow you went down 10%. Third day market went up 1.01% and without leverage - got even. Here's the calculation for you: day - start - end 1      $100    $120  -  +10% doubled 2      $120    $96   -  -10% doubled 3      $96     $97.94 - +1.01% doubled So in fact you're in $2.06 loss, while without leveraging you would break even. That means that if the trend is generally positive, but volatile - you'll end up barely breaking even while the non-leveraged investment would make profits. That's what the quote means. edit to summarize the long and fruitless discussion in the comments: The reason that the leveraged ETF's are very good for day-trading is exactly the same reason why they are bad for continuous investment. You should buy them when there's a reasonable expectation for the market to immediately go in the direction you expect. If for whatever reason you believe the markets will plunge, or soar, tomorrow - you should buy a leveraged ETF, ride the plunge, and sell it in the end of the day. But you asked the question about volatile markets, not markets going in one direction. There - you lose.
This is exactly how I started, starting a simulation account on the CBOE website just to see what situation was profitable because it was all greek to me. Actually after learning the greeks, I realize that site was worse and eventually read some books and got better tools. The screenshot you have is telling you the strikes, but unfortunately they are showing you the technical name of the contract on the exchanges. For example, just like you type in AAPL to buy shares of AAPL stock, you can type in VIX1616K16E to get that one particular contract, expiration and strike. So lets break it down just by inferring, because this is what I just did with that picture: You know the current price of VIX, $17.06 Calls expiring November 16th, 2016:  What is changing? SYMBOL / YEAR / EXPIRATION DAY / STRIKE / OPTION-STYLE (?) So knowing that in the money options will be more expensive, and near the money options will be slightly cheaper, and out the money will be even cheaper, you can see what is going on, per expiration.
There is an approach which suggests that each weekend you should review your positions as if they were stocks to be considered for purchase on Monday. I can't offer advice on picking stocks, but it's fair to say that you need to determine if the criteria you used to buy it the first time is still valid. I own a stock trading at over $300, purchased for $5. Its P/E is still reasonable as the darn E just keeps rising.  Unless your criteria is to simply grab small gains, which in my opinion is a losing strategy, an 8% move up would never be a reason to sell, in and of itself. Doing so strikes me as day trading, which I advise againgst.
The time value decay is theoretically constant.  In reality, it is driven by supply and demand, just like everything else in the market.   For instance, if a big earnings announcement is coming out after the close for the day, you may see little or no time decay in the price of the options during the day before. Also, while in theory options have a set value as related to the trading price of the underlying security, that does not mean there will always be a buyer willing to pay a premium as they come close to expiration (in the last few minutes). You can't forget to account for the transaction fees associated with buying the options, or the risk factor involved.   It is rare, but there are times I've actually had to sell in the money calls at a penny or two LESS than they're actually worth at the time just to unload them in the last few minutes before the market closed on expiration day.
I understand that it is an evil people have to put up with. I would still bitch about it regardless of whether it is something I use or not (CFDs, which I think are dangerous, should not be banned IMO). But then again, this is off topic.  On the issue, to my understanding (and putting aside whether the 25k minimum applies to futures or future options as well), if you buy an option on a future, and if it works anything like a stock option in terms of paying a premium for a right to buy the underlying security (call option), then technically you would have the RIGHT, but not obligation to buy a future at a past price. I am not an export on futures or options, but from my understanding, that is what I understood future options to be . I first heard about them from Jim Rogers in hot commodities. For more info see: http://www.investopedia.com/articles/optioninvestor/02/061302.asp
For self-service type online customers, OptionsXpress gives me far better trading features(like technicals advanced conditions) and tools, ACH money management & scheduling, fullfillment too. $9 stock trades.  I don't know if they yet share Schwab's (their new parent company?) commission-free ETFs getting so trendy nowadays.
In my opinion, if you are doing long-term investing, this is a non-issue.  The difference of hours in being able to trade an ETF during the day vs. only being able to trade a traditional mutual fund at day-end is irrelevant if you are holding the investment for a long time. If you are engaging in day trading, market timing, or other advanced/controversial trading practices, then I suppose it could make a difference. For the way I invest (index funds, long-term, set-it-and-forget-it), ETFs have no advantage over traditional mutual funds.
In my IRA I try to find stocks that are in growing sectors but have are undervalued by traditional metrics like PE or book value; I make sure that they have lower debt levels than their peers, are profitable, and at least have comparable margins.   I started trading options to make better returns off of indices or etfs. It seems overlooked but it's pretty good, in another thread I was telling someone about my strategy buy applying it to thier portfolio: https://www.reddit.com/r/options/comments/77bt17/ive_been_trading_stocks_for_a_year_and_am/dolydu8/?context=3  I double checked, I told him/her I would buy the DIA Jan 19 2018 call 225 for 795. 8 days later it's trading for 1085. Nearly 50% in a week. It'll never be 300% earnings returns, but I'm happy to take it slow.   Shorting is a very different animal it takes a lot to get things right.
Yes it is possible but with a caveat.  It is a pattern that can be observed in many lightly traded stocks that usually have a small market cap.  I am talking about a stock that trades less than 2,000 shares per day on average.
You don't necessarily have to use a LEAP to do a spread. Since you are doing a covered call, I'm assuming that you would be comfortable with having that call exercised and you are bullish on the stock. So doing a spread trade with the short call option would essentially be capping your maximum profit without risking the obligation to sell the stock below market value.  An example for the payoff from a bull call spread: long lower strike call, short higher (covered) strike call can be found here
"One alternative strategy you may want to consider is writing covered calls on the stock you have ""just sitting there"". This will allow you to earn a return (the premium from the calls) without necessarily having to give up your holding. As a brief overview, ""options"" are derivatives that give the holder the right (or option) to buy or sell shares at a specified price. Holders of call options with a strike prike $x on a particular security have the right to purchase that security at the strike price $x. Conversely, holders of put options with a strike price of $x have the right to sell that security at the strike price $x. Always on the other side of a call or put option is a person that has sold the option, which is called ""writing"" the option. If this person writes a call option, then he will be obligated to sell a certain amount of stock (100 shares per contract) at the strike price if that option is exercised. A writer of a put option will be obligated to by 100 shares per contract at the strike price if that option is exercised. Covered calls involve writing call contracts on stock that you own. For example, say you own 100 shares of AAPL, and that AAPL is currently trading for $330. You decide to write a Jan 21, 2012 call on these shares at a strike price of $340, earning you a premium of say $300. Two things can now happen: if the price of AAPL is not at least $340 on January 21, then the options are ""out of the money"" and will expire unexercised (why exercise an option to buy at $340 when you can buy at the currently cheaper market price?). You keep your AAPL stock plus the $300 premium you earn. If, however, the price of AAPL is greater than $340, the option will be exercised and you will now be required to sell the shares you own at $340. You will earn a return of $10/share ($340-$330), plus the $300 premium from the call option.
http://www.marketwatch.com/optionscenter/calendar would note some options expiration this week that may be a clue as this would be the typical end of quarter stuff so I suspect it may happen each quarter. http://www.investopedia.com/terms/t/triplewitchinghour.asp would note in part: Triple witching occurs when the contracts for stock index futures,   stock index options and stock options expire on the same day. Triple   witching days happen four times a year on the third Friday of March,   June, September and December. Triple witching days, particularly the   final hour of trading preceding the closing bell, can result in   escalated trading activity and volatility as traders close, roll out   or offset their expiring positions. June 17 would be the 3rd Friday as the 3rd and 10th were the previous two in the month.
"No. The more legs you add onto your trade, the more commissions you will pay entering and exiting the trade and the more opportunity for slippage. So lets head the other direction. Can we make a simple, risk-free option trade, with as few legs as possible? The (not really) surprising answer is ""yes"", but there is no free lunch, as you will see. According to financial theory any riskless position will earn the risk free rate, which right now is almost nothing, nada, 0%. Let's test this out with a little example. In theory, a riskless position can be constructed from buying a stock, selling a call option, and buying a put option. This combination should earn the risk free rate. Selling the call option means you get money now but agree to let someone else have the stock at an agreed contract price if the price goes up. Buying the put option means you pay money now but can sell the stock to someone at a pre-agreed contract price if you want to do so, which would only be when the price declines below the contract price. To start our risk free trade, buy Google stock, GOOG, at the Oct 3 Close: 495.52 x 100sh = $49,552 The example has 100 shares for compatibility with the options contracts which require 100 share blocks. we will sell a call and buy a put @ contract price of $500 for Jan 19,2013. Therefore we will receive $50,000 for certain on Jan 19,2013, unless the options clearing system fails, because of say, global financial collapse, or war with Aztec spacecraft. According to google finance, if we had sold a call today at the close we would receive the bid, which is 89.00/share, or $8,900 total. And if we had bought a put today at the close we would pay the ask, which is 91.90/share, or $9190 total. So, to receive $50,000 for certain on Jan 19,2013 we could pay $49,552 for the GOOG stock, minus $8,900 for the money we received selling the call option, plus a payment of $9190 for the put option we need to protect the value. The total is $49,842.
"There are two components of option valuation, the value that's ""in the money"" and the ""time value."" In the case of the $395 put, that option was already in the money and it will move less than the stock price by a bit as there will still be some time value there. $22.52 is intrinsic value (the right word for 'in the money') and the rest is time. The $365 strike is still out of the money, but as jldugger implied, the chance of it going through that strike is better as it's $6.66 closer.  Looking at the options chain gives you a better perspective on this. If Apple went up $20 Monday, and down $20 Tuesday, these prices would be higher as implied volatility would also go higher.  Now, I'd hardly call a drop of under 2% ""tanking"" but on the otherhand, I'd not call the 25% jump in the option price skyrocketing. Options do this all the time. Curious what prompted the question, are you interested in trading options? This stock in particular?"