Mathematiciansin the house, Come in and solve this maths.

Simple

iamtardey:
Simple

simple right? oya give us your solution

The answer is approximately 1-1/e = 0.632. I will upload the workings when I get to my laptop.

Edit:
See the attached image for the evaluation

rillchritty:
The answer is approximately 1-1/e = 0.632. I will upload the workings when I get on my laptop.

Good one. I'm expecting the workings.

Modified:
This is the correct answer. Thanks to rillchritty for solving the question.

ps: the answer is far from zero.

Winterhaven:
simple right? oya give us your solution

Very simple sef …
Don’t worry when I get on my laptop sha

Winterhaven:
Good one. I'm expecting the workings.

I have modified my reply above to include the logic of the solution.

As a prophet, this isn't my calling. I'm supposed to be seeing visions, not cracking my head in this Tinubu's economy to solve mathematics.

This I have seen.

Mathematics is not for the weak.

Simple sturvs......

I know d answer, but ah no go talk

Wetin concern me with maths. With only fifteen Kay, you fit get 3 luxury vintage shirts in Nigeria today. See my thread if you are interested

Winterhaven:
Mathematiciansin the house, Come in and solve this maths.

What's the prize?

Op. Wants to test the olodo in me

This is logarithm if it were in those days I would've solved it but now I would rather task my brain to permutate where next good business deal will come from.

Simple math. Just apply the law of Portable, Ginger oh + Swagger oh and you get the answer .

Absolutely, let's solve the equation:
$$1-[1-(8\times10^{67})^{-1}]^{8\times10^{67}}$$
First, let's analyze the inner expression:
* $(8\times10^{67})^{-1}$ represents the reciprocal of a very large number. This is a number close to zero.
* Raising this value to the power of $8\times10^{67}$ (another very large number) will still result in a value incredibly close to zero.
Now, let's consider the entire expression:
* We have one minus this tiny value, which is very close to one.
* Finally, we raise this result to the power of $8\times10^{67}$. Since any non-zero number raised to a very large power becomes extremely large, the result will be a number very close to one minus zero, which is simply one.
In conclusion, the answer to the equation is:
$$1-[1-(8\times10^{67})^{-1}]^{8\times10^{67}} \approx 1$$

FalseProphet1:
As a prophet, this isn't my calling. I'm supposed to be seeing visions, not cracking my head in this Tinubu's economy to solve mathematics.

This I have seen.

Olodo Prophet.

What’s the application of this formula?

Is it for calculating risk, return, rate?
Or is it for predicting growth rate of a cancerous cell?
Is it for estimating the number of stars in our galaxy?

What exactly is the application, it’s not just by solving mathematical problem but understanding what’s it’s meant for

Cassandraloius:
Mathematics is not for the week

It's not for the "Week" abi?
Maybe it's for the Day"

Drop a token price on it

0

All dis maths never made person rich like dangote noni

1

You nor know maths and your English come still poor. You sure say we nor go ask for a refund from your school so.??

wetin calculator go evaluate, you dey say solve

I don't like mathematics at all and i so much envy those that knows mathematics. Na like say dem dey do magic with numbers.