Numerical Analysis and Simulation

If we call the day number "d", the number of pennies "n" and the number you are multiplying by each day "m":

For how many pennies you get on a particular day: n = m^(d-1)

If doubling: subtract 1 from the day number, then raise 2 to the power of that number (using indices) you get the number of pennies.

For how many pennies you would have after a certain number of days: n = 1-(m^d)/(1-m)

If doubling: raise 2 to the power of the day number, then subtract that from 1 (1st part-answer). Subtract 2 from 1 (2nd part-answer), then divide the 1st part-answer by the 2nd part-answer, and you get the cumulative number of pennies.

NB: these formulas can be used for doubling, tripling, quadrupling, halving, quartering, etc. by replacing m with what you would multiply by, and can be used from any starting number. Just multiply your answer with your starting number

1099 is not called sexdecillion. 1099 is called one thousand and ninety nine.

a sexdecillion is a 10 with 51 zeros after it.

See related link below for more info on sexdecillion

you're not meant to.

But, if you have to,

let's say the first data point is (w,x) and the second is (y,z), the nth point will be equal to:

(w+n(y-w),x+n(z-x))

it depends. take the cap off the distributer and look underneath the button. should take like 2 minutes. No it does not as it has HEI meaning High Energy Ignition.

Striker is furthest up the field. Goal poacher. A forward is the deeper auxiliary striker who creates chances with through balls, surging runs towards goal and forage deeper for the ball IE E.Adebayor / R.Van persie

demographist

314159265 / 100000000 = 3.14159265

10% of 27.5 = 0.1 x 27.5 = 2.75

One of them could be: 0.5x = 5 hence x = 10

People study statistics because they need to quantify external events, summarize experiment or research results, make data comparisons, and establish correlations between dependent events. There are many more uses of statistics, and they are important in different fields of study and specialties.

bye M.M.M (maleele)

Acupuncture involves the insertion of small needles into the skin at key points. Acupressure uses these same key points, but involves applying pressure rather than inserting needles.

30% off of 1800 is 0.3 * 1800 or 540.

Approximately 7.34847, rounded to 5dp. The square root of any number can be found through the Newton-Raphson and Secant fixed point iteration methods. See links below for more info.
7.3484692

2459 in Roman Numerals is MMCDLIX

It means the same financial gain that a person gets.

to prove x|-|y≤|x-y| have to look at 4 cases:

a) x>0, y>0

b) x<0, y<0

c) x>0, y<0

d) x<0, y>0

(to save typing it out over and over again, i have shortened absolutes to abs)

For: a) the values dont matter both sides will always have the same value.

b) let x=-a, y=-b. Because of the abs around x and y, the left will be a-b and the right b-a so the left and right will have the same number but opposite signs, so after taking the abs on both sides, they will always be equal to one another.

c) let x=a, y=-b. The left will be a-b and the right a+b. if b<a then both sides are positive and the statement holds. if a<b then left is negative and right positive, but because you're starting from above 0 when you take away b (on the left side) once you take the abs left will be less than the right. when a=b the left is just 0 and right is positive so statement still holds.

d) let x=-a, y=b. left is a-b again, but the right is-a-b so always negative. if a<b then a-b is negative but not as low as -a-b so left is less than right after taking abs. if b<a then a-b is positive, but moving closer to 0 and -a-b moves further away from 0 so left is less than right again after taking abs. If a=b then then the left is always 0 and after taking abs the right is 2a therefore the statement holds for all 4 cases. Q.E.D.

The GCF of 64 and 144 is 8.

A regular 16 sided polygon is a hexadecagon. Each vertex has an interior angle of 180 - 360/16, or 157.5 degrees.

The method will depend on what the population comprises. For example, if every element in the population has multiple properties then simply random selection will suffice.

First of all you need get the access to the figure properties . this is done by gca () command. and then you need to change the data_bounds . a=gca() ;//get the current axes a.data_bounds=[0,-1;10,1.5];

You calculate the statistical probability of dying in a plane crash in the same way that you calculate the probability of anything else. You simply divide the number of expected outcomes by the number of possible outcomes.

To determine the statistical probability of dying in a plane crash, you divide the number of people that have died in a plane crash by the number of people that have flown in planes. You can aggregate this anyway you want, over whatever period of time you want, so long as you properly state the conditions under which you perform your calculation.

In today's terms the Roman numerals MCMLXVII stands for 1967.

A rectangle has three rules:

-2 pairs of parallel sides

-four 90 degree angles

-2 pairs of congruent sides

A parallelogram has three rules:

-2 pairs of parallel sides

- 2 pairs of congruent angles

-2 pairs of congruent sides

The only difference is that a rectangle has 90 degree angles, which a parallelogram doesn't have. That's why a parallelogram can't be a rectangle. A rectangle follows all the rules of being a parallelogram, so it can be a parallelogram.