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Nairaland Forum / Nairaland / General / Education / Who Can Solve This Maths? (27479 Views)
Help,solve This Maths. / Great Mathematicians Help Me Solve This Maths Please / Can U Solve This Primary 6 Quantitative Reasoning (2) (3) (4)
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Re: Who Can Solve This Maths? by 365Survival(m): 9:41pm On Mar 27 |
G |
Re: Who Can Solve This Maths? by iamtardey: 9:41pm On Mar 27 |
Opanka44:I was thinking maybe it’s for the Weekend tho 1 Like |
Re: Who Can Solve This Maths? by GABRIEL6036: 9:42pm On Mar 27 |
Me wey be guru in math... Let's solve and brake it down... 8 × 1 0 67 8×10 67 is a very large number, so 1 − ( 8 × 1 0 67 ) − 1 1−(8×10 67 ) −1 is essentially 1 − 0 1−0, which equals 1. So, the expression becomes 1 − 1 8 × 1 0 67 1−1 8×10 67 . 1 � 1 n is always 1 for any value of � n, so 1 8 × 1 0 67 1 8×10 67 is also 1. Finally, 1 − 1 1−1 equals 0. Therefore, the result of the expression is 0. 4 Likes |
Re: Who Can Solve This Maths? by sallazlee(m): 9:43pm On Mar 27 |
Google can solve it mow |
Re: Who Can Solve This Maths? by stampo: 9:45pm On Mar 27 |
Winterhaven: So if I solve this maths now, will it solve Nigeria problems ? Just leave this maths the way u see am... Submit it like that, u go still pass 1 Like |
Re: Who Can Solve This Maths? by Onionstew: 9:46pm On Mar 27 |
Re: Who Can Solve This Maths? by NeoWanZaeed(m): 9:48pm On Mar 27 |
Answer is 5 |
Re: Who Can Solve This Maths? by Krismas(m): 9:48pm On Mar 27 |
Winterhaven:approximately One (1) |
Re: Who Can Solve This Maths? by LillyandDaisy: 9:50pm On Mar 27 |
First of all You apply the BODMAS and then you apply the rule of indices then you take to Logarithm theorem and then after you apply your standard form. SImPLe |
Re: Who Can Solve This Maths? by Cassandraloius: 9:55pm On Mar 27 |
Opanka44: That was a mistake sir. |
Re: Who Can Solve This Maths? by Kukutente23: 9:55pm On Mar 27 |
Omoawoke:Google application of logarithm or exponential to know the usefulness |
Re: Who Can Solve This Maths? by pretydiva(f): 10:03pm On Mar 27 |
FalseProphet1:The head na coconut wey you Dey crack? The correct word is “rack” |
Re: Who Can Solve This Maths? by Quebec91(m): 10:07pm On Mar 27 |
FalseProphet1: |
Re: Who Can Solve This Maths? by sunsweet33: 10:08pm On Mar 27 |
Anything raised to the power of -1 means it becomes a fraction with 1 as the numerator…that’s all I gat… Bhet wait o, somebody on page 1 is using e/natural log. That is 2.7 bla bla. Where did you people get that one? Abeg Wetin consign e for the matter lmao I hope my secondary school teacher won’t catch me asking rubbish question here 😆 |
Re: Who Can Solve This Maths? by Abdulsaddiq: 10:08pm On Mar 27 |
$1=1000 na the maths weh concern me be that |
Re: Who Can Solve This Maths? by martineverest(m): 10:08pm On Mar 27 |
Zero 1 Like |
Re: Who Can Solve This Maths? by ForValour: 10:10pm On Mar 27 |
That doesn`t need any solution |
Re: Who Can Solve This Maths? by MrCork: 10:17pm On Mar 27 |
Winterhaven: ANSWER IS 980174747987-7987518951875578494948345723865857542525098230.007.54 OVER 2 sir!!!!!! |
Re: Who Can Solve This Maths? by theamazonguru(m): 10:19pm On Mar 27 |
Kelklein: It can't change the value of dollar na. Na only Abidoshaker fit do am. If Abidoshaker can not change the value of dollar to naira then try Remande, Seprene or Gandusha Gandollar 1 Like |
Re: Who Can Solve This Maths? by Winterhaven(m): 10:21pm On Mar 27 |
Omoawoke:I was reading some stuff about various large numbers and i came across the number 8*10^67, which is the number of different arrangements of a pack of playing cards (each pack of cards contains 52 cards). And I asked myself, what is the probability that at least one arrangement is repeated after 8*10^67 trials. 8*10^67 which happens to be the expectation. Solving the question i posted in the op gives the answer. |
Re: Who Can Solve This Maths? by remsonik(f): 10:23pm On Mar 27 |
This is csc 305,computational science and numerical methods. The answer is 0 . I wish to add a textbook you can get details of the course and study. If you're a computer science, mathematics, software engineering, cybersecurity student s this course is a compulsory 3 units course. Study well and don't have a carryover. It wasn't easy when I first got it to lecture on but with time I had to learn well 4 Likes |
Re: Who Can Solve This Maths? by Winterhaven(m): 10:23pm On Mar 27 |
Omoawoke:Good question. I was reading some stuff about various large numbers and i came across the number 8*10^67, which is the number of different arrangements of a pack of playing cards (each pack of cards contains 52 cards). And I asked myself, what is the probability that at least one arrangement is repeated after 8*10^67 trials. 8*10^67 which happens to be the expectation. Solving the question i posted in the op gives the answer. I didn't want to post where the question came from so people won't guess the answer without actually solving it. 1 Like |
Re: Who Can Solve This Maths? by Light78: 10:27pm On Mar 27 |
Winterhaven:Okay I just used my project computer 1-(1-x)^x Once you see that in mathematics, just introduce limit, that's if you want to solve it that way. Lim x~infinity = Lim x~infinity (1-x)^x = 1/e = 1- 1/e where e is 2.71828 So we have 1 - 1/2.71828 as our answer which is 0.632120. The Op forgot to state if euler was to be used or not. If solving direct and using scientific calculator, the answer is 0. 2 Likes |
Re: Who Can Solve This Maths? by chopnaira: 10:27pm On Mar 27 |
This is simple basic ss2/3 mathematics. I was expecting to see Lagrangian multipliers, Bernoulli's differential equation, Schrodinger equation, and Fourier transforms
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Re: Who Can Solve This Maths? by Winterhaven(m): 10:28pm On Mar 27 |
rillchritty:Ok. I'll check it out. |
Re: Who Can Solve This Maths? by kessler53(m): 10:30pm On Mar 27 |
FalseProphet1:a funny prophet 1 Like |
Re: Who Can Solve This Maths? by EmmyMaestro(m): 10:32pm On Mar 27 |
Winterhaven: Just man up, go to school tomorrow and collect your strokes of cane, because nairaland members never chop |
Re: Who Can Solve This Maths? by Sultty(m): 10:33pm On Mar 27 |
Winterhaven:0 |
Re: Who Can Solve This Maths? by correctguy101(m): 10:34pm On Mar 27 |
post=129141404: Yes o... Never mind.. Lazy pipu like you and I wouldn't even bother With all ya mathematician brains, you can't best us when it comes to plus and minus on osusu.. if you like multiply am, my money must complete.. I've heard off people entering a new country and eating losses as they don't know how to spend the new currency. Me always be like, oya dey lie dey go, orhué na... |
Re: Who Can Solve This Maths? by kessler53(m): 10:36pm On Mar 27 |
GABRIEL6036:bravo |
Re: Who Can Solve This Maths? by Crunchy12(m): 10:36pm On Mar 27 |
Winterhaven: 2 Likes
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