MG'DIMA

Financial market trader/Master of one pair

[MG'DIMA @mgdima3]

Stay away from those people who try to disparage your ambitions. Small minds will always do that, but great minds will give you a feeling that you can become great too

[DIMA FX @MGDIMA4]

It’s Monday, and it’s the end of the month.

If you don’t trade today, you won’t die. 😂

Observe the market, protect your capital, and wait for the fresh monthly candle tomorrow.

Sometimes, the best trade is no trade.

Trade with patience. ���

[DIMA FX @MGDIMA4]

The Ember months are here. 🔒

The year is coming to an end, but we still have 4 months to turn things around.

Don’t relax yet.
Don’t lose focus.
Set your goals, plan your weeks, and LOCK IN.

There’s still enough time to finish the year strong.

Wishing you all the best. 🤝

[DIMA FX @MGDIMA4]

It’s the weekend 🌿☀️

Go outside, breathe fresh air, enjoy nature, and give yourself a well-deserved break.

Work hard, but don’t forget to live. ❤️

Enjoy your weekend! 🥂

[MG'DIMA @mgdima3]

@Slim_Oraro @atlasfunded @LAntonioAF @JamesBeali @IvanaAF @SayLessFX @chap_trader @tob @IvanaAF @Tabichain

[MG'DIMA @mgdima3]

@Slim_Oraro @fx_capable @Kingsley0453 Thank you for the account

Congratulations to my self

[O R A R O @Slim_Oraro]

🚨 GIVEAWAY 🚨

🌊 4 x $10k Giveaway Alert 🌊

💧Follow @AquaFunded @lewisaquafunded @shepherd__fx @Slim_Oraro

💧@em_ess001
@TheToff_ @Investor_Abdul_

💧Like, retweet

💧Tag 3 Traders

Winners will be announced in 72hrs

[MG'DIMA @mgdima3]

@Slim_Oraro @Marvelloux01 @CollinsTrades30 Thanks 👍🙏

[MG'DIMA @mgdima3]

@Slim_Oraro @NextLvlFunded @em_ess001 @pips_daily @isaacoladipupo_ @joshjayking @Muhame @ZARGATES @bitr

[MG'DIMA @mgdima3]

@Pips_goddesss @grok could this Be Goat trader Profirm?

[MG'DIMA @mgdima3]

@goldukaegb @grok Tell me more about their payout

[MG'DIMA @mgdima3]

@goldukaegb @grok are they good profirms?

What about their spread

[MG'DIMA @mgdima3]

@Prashaantfx @ChachaTTP Free 5k

[MG'DIMA @mgdima3]

@Techriztm It's never easy 💪

[Techriz💯📈 @Techriztm]

I started my trading journey with a $500 LOAN.‼️

At the time, I thought I had the skill. I thought I was ready. But I wasn’t.

I lost everything.

Repaying that money wasn’t easy. I was under pressure, receiving threats from the person I loaned it from. But instead of quitting, I faced the hardest truth:
I needed to learn more.

So I humbled myself, studied like my life depended on it, and with the little savings I had left, I got back in the game. This time, with clarity and patience.

Fast forward to today - not only did I pay back that loan I was owing then, but trading gave me everything I now have, including the life & properties I own and 100,000 of you beautiful people.

To all my followers:
The journey was never easy for me.
I fought. I failed. I learned. I conquered.

That’s why you’ll never see me oppress or act above anyone, because I know what it truly takes to grow in this space genuinely.

Let this also be a reminder to everyone:
As much as capital is important, skill and technical know-how are even more vital.
Because when the opportunity for capital comes, you must be prepared, not just hopeful.

To celebrate this milestone, I’ll be funding a couple of traders tomorrow.
All you need to do is:
✔️ Follow me
✔️ Repost this post.
That’s all, I’ll be watching

Let’s keep building. Let’s keep growing.
From profit to profit, this is only the beginning.

[MG'DIMA @mgdima3]

@dimpledhanna Now,applying the reaction stoichiometry:
0.6667 atm of H₂ would require:
of O₂ to react fully.Since we had exactly 0.3333 atm of O₂, both reactants completely reacted.But the final pressure is 0.3 atm, not zero.This means something is in excess and only one gas remained unre

[MG'DIMA @mgdima3]

@dimpledhanna text{2 mol H₂ reacts with 1 mol O₂}
\Rightarrow \frac{n_{H_2}}{n_{O_2}} = 2
\Rightarrow \frac{P_{H_2}}{P_{O_2}} = 2

So:

\frac{x}{1.0 - x} = 2
\Rightarrow x = 0.6667 \, \text{atm}
\Rightarrow P_{H_2} = 0.6667 \, \text{atm}, \quad P_{O_2} = 0.3333 \, \text{atm}

[MG'DIMA @mgdima3]

@dimpledhanna From the reaction:

\text{2 mol H₂ reacts with 1 mol O₂}
\Rightarrow \frac{n_{H_2}}{n_{O_2}} = 2
\Rightarrow \frac{P_{H_2}}{P_{O_2}} = 2

[MG'DIMA @mgdima3]

@dimpledhanna (C) Limiting Reagent in the Original Gas Mixture Since the final pressure is 0.3 atm,this corresponds to the pressure of the excess gas that was not consumed.Since water vapor is a product and we are told the reaction went to completion,only th excess reactant remains unreacted

[MG'DIMA @mgdima3]

@dimpledhanna To answer these questions, we’ll use the ideal gas law and stoichiometry of the reaction:

Given:

Reaction:

Initial total pressure:

Final pressure (after reaction, back to 25°C):

Volume:

Temperature:

Ideal gas constant:

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[MG'DIMA @mgdima3]

@LeveragedGiant 90 \ 0.5 = 180

Then, add 25

180 + 25 = 205