GOOG 241122 150.00C (GOOG241122C150000) Stock Options, News & Quotes

17.12
-2.33-11.98%

15min DelayClose Nov 22 16:00 ET

18.10High16.35Low

SymbolStock Name

Latest PriceChg% ChgVolumeTurnoverOpenPre CloseHighLowMarket CapFloat CapSharesShs Float5D % Chg10D % Chg20D % Chg60D % Chg120D % Chg250D % Chg% Year-to-dateDiv YieldTTMTurnover RatioP/E (TTM)P/E (Static)AmplitudeIndustry

WatchlistPaper Trade

Comments

Jessica Amir

1 hour ago

Stocks relentlessly hit new highs. Risk-on rally to persist into year-end boosted by Black Friday. Uranium darlings Vistra, Constellation +11% in a week. Bitcoin sags shy of $100k

Global stocks continue to relentlessly hit new highs, and the risk-on rally will probably persist into year-end—provided we keep seeing better-than-expected economic news, as we have been. Also, note that stocks generally gain momentum ahead of Black Friday and Cyber Monday sales. Meanwhile, Bitcoin has stalled for the ...

https://www.youtube.com/watch?v=8jGRydYaV6k

From YouTube

Bitcoin climbs closer to $100,000: How high will it go?

Amina B

16 hours ago

stop blaming the ceo

$Alphabet-C (GOOG.US)$ DOJ is out for Google regardless of who the Ceo is. judge is corrupt

MrCrypto(KweeYe)

21 hours ago

$Alphabet-A (GOOGL.US)$
Dollar-Cost Averaging (DCA):
Monitor Entry Points:
#GOOG: Wait for pullbacks below $160 if possible.
#Uber: Look for dips around $69.
#ASML: Target dips under $650 if feasible.

MrCrypto(KweeYe)

21 hours ago

Add stock

Dollar-Cost Averaging (DCA):
Monitor Entry Points:
#GOOG: Wait for pullbacks below $165 if possible.
#Uber: Look for dips around $70.
#ASML: Target dips under $650 if feasible.

Bull X Bear

Nov 23 05:33

Quantum Computers

Applying moat matrix to quantum computing involves analyzing the strengths, barriers to entry, and competitive moats of players in this field across various dimensions. Here’s an example of how the moat matrix could be structured for quantum computing:
1. Technological Edge
• Strong Moat: Companies with proprietary quantum algorithms, advanced quantum processors (e.g., superconducting qubits, trapped ions, topological qubits), and significant breakthroughs in quantum error cor...