Synonyms of compute

• calculate,
• cipher,
• figure,
• reckon,
• work out.

compute. Antonyms: conjecture, guess, surmise. Synonyms: calculate, reckon, count, number, appraise, value, estimate, cast up, rate.

transitive verb. : to determine especially by mathematical means Compute the area of the triangle. also : to determine or calculate by means of a computer computing pi to over one billion places.

Computer is not an acronym, it is a word derived from a word “compute” which means to calculate. Some people say that COMPUTER stands for Common Operating Machine Purposely Used for Technological and Educational Research. …

The difference between Calculate and Compute When used as verbs, calculate means to determine the value of something or the solution to something by a mathematical process, whereas compute means to reckon or calculate. To determine the value of something or the solution to something by a mathematical process.

We use a calculator to perform simple arithmetic operations, whereas a computer is typically used to perform complicated tasks, often involving complex algorithms. You may therefore use the words “calculate” and “calculation” to indicate simplicity and “compute” and “computation” to indicate complexity.

Combinations are a way to calculate the total outcomes of an event where order of the outcomes does not matter. To calculate combinations, we will use the formula nCr = n! / r! * (n – r)!, where n represents the total number of items, and r represents the number of items being chosen at a time.

One could say that a permutation is an ordered combination. The number of permutations of n objects taken r at a time is determined by the following formula: P(n,r)=n! (n−r)!

FAQs on nPr Formula The nPr formula is used to find the number of ways in which r different things can be selected and arranged out of n different things. This is also known as the permutations formula. The nPr formula is, P(n, r) = n! / (n−r)!.

127

n = total items in the set; r = items taken for the permutation; “!”

120

10,000,000,000

720 different

In other words, there are 6! = 720 different arrangements for these six colors. So, the number of combinations is 720 / 720 = 1.

10 possible

· 5y. In short, it is the number of ways to choose two elements out of n elements. For example, ‘4 choose 2’ is 6.

So the formula for n choose k is, C(n, k)= n!/[k!( n-k)!] So, there are 210 ways of drawing 6 cards from a pack of 10.

to choose k k items from n n (without replacement) when the order doesn’t matter. when choosing k k items from n n items. Both notations are commonly used. Both notations may be read aloud as ‘n n choose k k ‘.

Choosing without replacement, order matters, order does not matter.

There is a subset of permutations that takes into account that there are double objects or repetitions in a permutation problem. In general, repetitions are taken care of by dividing the permutation by the factorial of the number of objects that are identical.

7 CHOOSE 5 = 21 possible combinations. 21 is the total number of all possible combinations for choosing 5 elements at a time from 7 distinct elements without considering the order of elements in statistics & probability surveys or experiments.

6 Combinations of 5

1. Plugging in our numbers of n = 6 and r = 5, we get:
2. Calculate the numerator n!:
3. Calculate the first denominator (n – r)!:
4. Calculate the second denominator r!:
5. Calculate our combination value nCr for n = 6 and r = 5: