What is the next value of 1 i 2 l 3/f 4?

What is the next value of 1 i 2 l 3/f 4?

Looking at the design of the letters, “I” is made up of 1 line, “L” is made up of 2 traces, and “F” is made up of 3 lines. Following this pattern, the next letter would consist of 4 traces. Hence the next value is “E”, which is made up of 4 traces.

What is the 7th term in the sequence of square numbers?

Answer: 49. Step-by-step explanation: To remedy, you can merely checklist the square numbers so as…


How do you in finding the fourth time period in a sequence?

Such sequences may also be expressed in phrases of the nth term of the sequence. In this situation, the nth term = 2n. To find the 1st time period, put n = 1 into the method, to find the 4th time period, change the n’s by means of 4’s: 4th time period = 2 × 4 = 8.

What is the fourth time period of the series a1 k an 2an 1?

The fourth time period a4 = 2a4 -1 = 2a3. So we now have 2(4k) = 8k. Hence the fourth term is 8k.

How do you work out quadratic equations?

Solving Quadratic Equations

  1. Put all phrases on one facet of the equal sign, leaving zero on the different aspect.
  2. Factor.
  3. Set each issue equal to 0.
  4. Solve each and every of these equations.
  5. Check through putting your resolution in the authentic equation.

What are the similarities and variations between linear equations and arithmetic sequences?

The similarity between linear functions and mathematics sequences is that the slope of linear function is constant and difference between any two consecutive terms of an arithmetic sequence is consistent.

What is the nth term of a Fibonacci series?

Binet’s Formula: The nth Fibonacci quantity is given by the following formula: fn=[(1+√52)n−(1−√52)n]√5. Binet’s components is an example of an explicitly defined series. This signifies that terms of the sequence aren’t dependent on earlier phrases.

How do you to find the nth unusual quantity?


The nth atypical quantity is given by the components 2*n-1.

Can sequences have detrimental terms?

Geometric sequences wherein each term is got from the previous one by means of multiplying by means of a relentless, known as the not unusual ratio and steadily represented by means of the symbol r. Note that r will also be sure, damaging or zero. The terms in a geometrical series with negative r will oscillate between sure and unfavorable.