how to solve infinite root 5 problems | infinite square root of 5| how to solve infinite nested radicals
infinite square root of 5 | how to solve infinite nested radicals we can solve this using the quadratic formula.
How many 3 digits numbers can be formed from the digits 1,2,3,4,5 and 6 if repetition of the digit is allowed and if repetition of the digit is not allowed?
The first digit can be selected in six ways; and another digit can also be selected in six ways Including the third digit increases
show that the sequence defined by sn=(1/n+1)+(1/n+2)+(1/n+3)+…+(1/n+n) converges
show that the sequence
To prove this we will show that this sequence is bounded as well as monotonic
Find The asymptotes of the curve (a^2/x^2)+(b^2/y^2)=1
find the asymptotes of the curve (a^2/x^2)+(b^2/y^2)=1
| asymptotes questions and answers find asymptotes of a function
BSc (First Semester) Mathematics Question paper 2022
BSc 1st year semester 1 Mathematics differential calculus and integral calculus Question paper 2022 PDF Download
Test The Following Series 1/3+1.2/3.5+1.2.3/3.5.7+…∞
Convergence of an infinite series Test For Convergence of Series 1/3+(1.2)/(3.5)+(1.2.3)/(3.5.7) +…∞
Does the following sequence an=cosn/n^2 converge, or does it diverge? Find the limit if it is a convergent sequence.
Does the following sequence an=cosn/n^2 converge, or does it diverge? Find the limit if it is a convergent sequence. Explain | an=cosn/n^2 | convergence of sequence
Test the convergence of the series 1/3.7+1/4.9+1/5.11+… | Investigate convergence of the series 1/3.7+1/4.9+1/5.11+… | infinite series problems with solution solved problems in calculus
Test the convergence of the series 1/3.7+1/4.9+1/5.11+… OR Investigate convergence of the series 1/3.7+1/4.9+1/5.11+… Solution Here Let now consider (which is a […]
Test the convergence of the series Σ cos1/n from n=1 to ∞ | Test the convergence of the series Σ root(n/(n+1)) | infinite series problems with solution solved problems in calculus
Test the convergence of the series Σ cos1/n from n=1 to ∞ | Test the convergence of the series Σ root(1/(n+1))
The average range of frequencies at which human beings can hear sound waves varies from 20 Hz to 20 kHz. Calculate the wavelength of the sound wave in these limits. (Assume the speed of sound to be 340 m s-1.
The average range of frequencies at which human beings can hear sound waves varies from 20 Hz to 20 kHz. Calculate the wavelength of the sound wave in these limits. (Assume the speed of sound to be 340 m s-1.