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What else can I help you with?
H and R Block checking on tax return?
status on tax return
How long does it take to get a tax refund?
some people get theirs the same day and others who dont go to the professionals such as h n r block wait up to 2 weeks
How do you convert number to words in Indian currency of crystal report?
Here is the code to convert number to word format in java as per the Indian number system through user input. It works up to 999999999. import java.util.*; public class NumtoWord { public static void main(String[] args) { String a; Scanner s = new Scanner(System.in); System.out.print("Enter a Number : "); a = s.next(); int b = a.length(); String str[] = {"1","One","2","Two","3","Three","4","Four","5","Five","6","Six", "7","Seven","8","Eight","9","Nine","10","Ten","11","Eleven","12","Twelve","13", "Thirteen","14","Forteen","15","Fifteen","16","Sixteen","17","Seventeen", "18","Eighteen","19","Nineteen","20","Twenty","30","Thirty","40","Fourty", "50","Fifty","60","Sixty","70","Seventy","80","Eighty","90","Ninty","100", "Hundred"}; System.out.println(""); if (b==9) { String s1= a.substring(0,1); String s2= a.substring(1,2); String s3= a.substring(2,3); String s4= a.substring(3,4); String s5= a.substring(4,5); String s6= a.substring(5,6); String s7= a.substring(6,7); String s8= a.substring(7,8); String s9= a.substring(8,9); String s10= a.substring(0,2); String s11= a.substring(2,4); String s12= a.substring(4,6); String s14= a.substring(7,9); { if (s10.equals("00")) System.out.print(""); else if (s1.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s10)) System.out.print("\n" + str[r+1] + " Crore "); } else { { for (int i=0;i<=40;i++) if (str[i].equals(s1)) System.out.print("\n" + str[i+37] + " "); } { if(s2.equals("0")) { System.out.print("Crore "); } else for (int j=0;j<=40;j++) { if (str[j].equals(s2)) System.out.print(str[j+1] + " Crore "); } } } } { if (s11.equals("00")) System.out.print(""); else if (s3.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s11)) System.out.print(str[r+1] + " Lacks "); } else { { for (int k=0;k<=38;k++) if (str[k].equals(s3)) System.out.print(str[k+37] + " "); } { if(s4.equals("0")) { System.out.print("Lacks "); } else for (int l=0;l<=38;l++) { if (str[l].equals(s4)) System.out.print(str[l+1] + " Lacks "); } } } } { if (s12.equals("00")) System.out.print(""); else if (s5.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s12)) System.out.print(str[r+1] + " Thousand "); } else { { for (int m=0;m<=38;m++) if (str[m].equals(s5)) System.out.print(str[m+37] + " "); } { if(s6.equals("0")) { System.out.print("Thousand "); } else for (int n=0;n<=38;n++) { if (str[n].equals(s6)) System.out.print(str[n+1] + " Thousand "); } } } } { for (int o=0;o<=40;o++) if (str[o].equals(s7)) System.out.print(str[o+1] + " Hundred "); } { if (s14.equals("00")) System.out.print(""); else if (s8.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s14)) System.out.print(str[r+1]); System.out.print("\n"); } else { for (int p=0;p<=40;p++) if (str[p].equals(s8)) System.out.print(str[p+37]); for (int q=0;q<=40;q++) { if (str[q].equals(s9)) System.out.print(" " + str[q+1]); } } System.out.print("\n"); } } else if (b==8) { String s1= a.substring(0,1); String s2= a.substring(1,2); String s3= a.substring(2,3); String s4= a.substring(3,4); String s5= a.substring(4,5); String s6= a.substring(5,6); String s7= a.substring(6,7); String s8= a.substring(7,8); String s10= a.substring(1,3); String s11= a.substring(3,5); String s12= a.substring(6,8); { if (s1.equals("0")) System.out.print(""); else for (int i=0;i<=40;i++) if (str[i].equals(s1)) System.out.print("\n" + str[i+1] + " Crore "); } { if (s10.equals("00")) System.out.print(""); else if (s2.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s10)) System.out.print(str[r+1] + " Lacks "); } else { { for (int k=0;k<=38;k++) if (str[k].equals(s2)) System.out.print(str[k+37] + " "); } { if(s3.equals("0")) { System.out.print("Lacks "); } else for (int l=0;l<=38;l++) { if (str[l].equals(s3)) System.out.print(str[l+1] + " Lacks "); } } } } { if (s11.equals("00")) System.out.print(""); else if (s4.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s11)) System.out.print(str[r+1] + " Thousand "); } else { { for (int m=0;m<=38;m++) if (str[m].equals(s4)) System.out.print(str[m+37] + " "); } { if(s5.equals("0")) { System.out.print("Thousand "); } else for (int n=0;n<=38;n++) { if (str[n].equals(s5)) System.out.print(str[n+1] + " Thousand "); } } } } { for (int o=0;o<=40;o++) if (str[o].equals(s6)) System.out.print(str[o+1] + " Hundred "); } { if (s12.equals("00")) System.out.print(""); else if (s7.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s12)) System.out.print(str[r+1]); System.out.print("\n"); } else { for (int p=0;p<=40;p++) if (str[p].equals(s7)) System.out.print(str[p+37]); for (int q=0;q<=40;q++) { if (str[q].equals(s8)) System.out.print(" " + str[q+1]); } } System.out.print("\n"); } } else if (b==7) { String s1= a.substring(0,1); String s2= a.substring(1,2); String s3= a.substring(2,3); String s4= a.substring(3,4); String s5= a.substring(4,5); String s6= a.substring(5,6); String s7= a.substring(6,7); String s10= a.substring(0,2); String s11= a.substring(2,4); String s12= a.substring(5,7); { if (s10.equals("00")) System.out.print(""); else if (s1.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s10)) System.out.print(str[r+1] + " Lacks "); } else { { for (int k=0;k<=38;k++) if (str[k].equals(s1)) System.out.print(str[k+37] + " "); } { if(s2.equals("0")) { System.out.print("Lacks "); } else for (int l=0;l<=38;l++) { if (str[l].equals(s2)) System.out.print(str[l+1] + " Lacks "); } } } } { if (s11.equals("00")) System.out.print(""); else if (s3.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s11)) System.out.print(str[r+1] + " Thousand "); } else { { for (int m=0;m<=38;m++) if (str[m].equals(s3)) System.out.print(str[m+37] + " "); } { if(s4.equals("0")) { System.out.print("Thousand "); } else for (int n=0;n<=38;n++) { if (str[n].equals(s4)) System.out.print(str[n+1] + " Thousand "); } } } } { for (int o=0;o<=40;o++) if (str[o].equals(s5)) System.out.print(str[o+1] + " Hundred "); } { if (s12.equals("00")) System.out.print(""); else if (s6.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s12)) System.out.print(str[r+1]); System.out.print("\n"); } else { for (int p=0;p<=40;p++) if (str[p].equals(s6)) System.out.print(str[p+37]); for (int q=0;q<=40;q++) { if (str[q].equals(s7)) System.out.print(" " + str[q+1]); } } System.out.print("\n"); } } else if (b==6) { String s1= a.substring(0,1); String s2= a.substring(1,2); String s3= a.substring(2,3); String s4= a.substring(3,4); String s5= a.substring(4,5); String s6= a.substring(5,6); String s10= a.substring(1,3); String s11= a.substring(4,6); { if(s1.equals("0")) System.out.print(""); else { for (int j=0;j<=40;j++) if (str[j].equals(s1)) System.out.print(str[j+1] + " Lacks "); } } { if (s10.equals("00")) System.out.print(""); else if (s2.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s10)) System.out.print(str[r+1] + " Thousand "); } else { { for (int m=0;m<=40;m++) if (str[m].equals(s2)) System.out.print(str[m+37] + " "); } { if(s3.equals("0")) { System.out.print("Thousand "); } else for (int n=0;n<=38;n++) { if (str[n].equals(s3)) System.out.print(str[n+1] + " Thousand "); } } } } { if(s4.equals("0")) System.out.print(""); else { for (int o=0;o<=40;o++) if (str[o].equals(s4)) System.out.print(str[o+1] + " Hundred "); } } { if (s11.equals("00")) System.out.print(""); else if (s5.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s11)) System.out.print(str[r+1]); System.out.print("\n"); } else { for (int p=0;p<=40;p++) if (str[p].equals(s5)) System.out.print(str[p+37]); for (int q=0;q<=40;q++) { if (str[q].equals(s6)) System.out.print(" " + str[q+1]); } } System.out.print("\n"); } } else if (b==5) { String s1= a.substring(0,1); String s2= a.substring(1,2); String s3= a.substring(2,3); String s4= a.substring(3,4); String s5= a.substring(4,5); String s10= a.substring(0,2); String s11= a.substring(3,5); { if (s10.equals("00")) System.out.print(""); else if (s1.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s10)) System.out.print(str[r+1] + " Thousand "); } else { { for (int m=0;m<=38;m++) if (str[m].equals(s1)) System.out.print(str[m+37] + " "); } { if(s2.equals("0")) { System.out.print("Thousand "); } else for (int n=0;n<=38;n++) { if (str[n].equals(s2)) System.out.print(str[n+1] + " Thousand "); } } } } { for (int o=0;o<=40;o++) if (str[o].equals(s3)) System.out.print(str[o+1] + " Hundred "); } { if (s11.equals("00")) System.out.print(""); else if (s4.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s11)) System.out.print(str[r+1]); System.out.print("\n"); } else { for (int p=0;p<=40;p++) if (str[p].equals(s4)) System.out.print(str[p+37]); for (int q=0;q<=40;q++) { if (str[q].equals(s5)) System.out.print(" " + str[q+1]); } } System.out.print("\n"); } } else if (b==4) { String s1= a.substring(0,1); String s2= a.substring(1,2); String s3= a.substring(2,3); String s4= a.substring(3,4); String s10= a.substring(2,4); { if(s1.equals("0")) System.out.print(""); else { for (int j=0;j<=40;j++) if (str[j].equals(s1)) System.out.print(str[j+1] + " Thousand "); } } { if(s2.equals("0")) System.out.print(""); else { for (int o=0;o<=40;o++) if (str[o].equals(s2)) System.out.print(str[o+1] + " Hundred "); } } { if (s10.equals("00")) System.out.print(""); else if (s3.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s10)) System.out.print(str[r+1]); System.out.print("\n"); } else { for (int p=0;p<=40;p++) if (str[p].equals(s3)) System.out.print(str[p+37]); for (int q=0;q<=40;q++) { if (str[q].equals(s4)) System.out.print(" " + str[q+1]); } } System.out.print("\n"); } } else if (b==3) { String s1= a.substring(0,1); String s2= a.substring(1,2); String s3= a.substring(2,3); String s10= a.substring(1,3); { if(s1.equals("0")) System.out.print(""); else { for (int o=0;o<=40;o++) if (str[o].equals(s1)) System.out.print(str[o+1] + " Hundred "); } } { if (s10.equals("00")) System.out.print(""); else if (s2.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s10)) System.out.print(str[r+1]); System.out.print("\n"); } else { for (int p=0;p<=40;p++) if (str[p].equals(s2)) System.out.print(str[p+37]); for (int q=0;q<=40;q++) { if (str[q].equals(s3)) System.out.print(" " + str[q+1]); } } System.out.print("\n"); } } else if (b==2) { String s1= a.substring(0,1); String s2= a.substring(1,2); String s10= a.substring(0,2); { if (s10.equals("00")) System.out.print(""); else if (s1.equals("1")) { for (int r=0;r<=40;r++) if (str[r].equals(s10)) System.out.print(str[r+1]); System.out.print("\n"); } else { for (int p=0;p<=40;p++) if (str[p].equals(s1)) System.out.print(str[p+37]); for (int q=0;q<=40;q++) { if (str[q].equals(s2)) System.out.print(" " + str[q+1]); } } System.out.print("\n"); } } else if (b==1) { String s1= a.substring(0,1); for (int q=0;q<=40;q++) if (str[q].equals(s1)) System.out.print(" " + str[q+1]); } System.out.println("\n"); } } // By Abhishek Singh (abhishek_singh_rajawat@yahoo.co.in).
DO I NEED TO PAY TAXES ON 1099-R?
Yes, in most cases, you do need to pay taxes on income reported on a 1099-R. This form is issued for distributions from retirement plans, pensions, annuities, IRAs, or insurance contracts. The taxable amount depends on the type of retirement account and whether your contributions were pre-tax or after-tax. Some 1099-R distributions may be partially taxable or fully exempt, such as certain Roth IRA distributions or qualified rollovers. It’s important to review Box 2a (Taxable Amount) on the form and consult a tax professional to determine your specific tax obligations. 📍 Need help understanding or filing your 1099-R? Contact the experts at Service Professional BPO for professional tax guidance and filing support. 📞 Phone: (240) 599-3605 | CFO Line: (240) 545-8313
Where can you go to get a free tax return?
You can get free tax returns online with turbo tax. You can also go to H&R block to get a tax return. You can also go to the IRS to get your tax returns.
What is the difference between a permutation and combination?
n p =n!/(n-r)! r and n c =n!/r!(n-r)! r
What has the author R P N Sinha written?
R. P. N. Sinha has written: 'Our trees'
How do you solve For the variable R in PV equals nRT?
P V = n R TDivide each side by ( n T ):(P V) / (n T) = R
What are the features of a binomial distribution?
An experiment with only two outcomes ("success" and "failure"), a constant probability of success, a number of independent trials. Then, if the probability of a success in a trial is p, the probability of r successes in n trials is nCr*pr*(1-p)(n-r) for r = 0, 1, 2, ..., n. In case the super-and sub-scripts do not work, that is n!/[r!*(n-r)!]*p^r*(1-p)^(n-r)
How do you solve for probabilities in binomial distributions?
Suppose you have n trials of an experiment in which the probability of "success" in each trial is p. Then the probability of r successes is: nCr*pr*(1-p)n-r for r = 0, 1, ... n. nCr = n!/[r!*(n-r)!]
Why is it said that poisson distribution is a limiting case of binomial distribution?
This browser is totally bloody useless for mathematical display but...The probability function of the binomial distribution is P(X = r) = (nCr)*p^r*(1-p)^(n-r) where nCr =n!/[r!(n-r)!]Let n -> infinity while np = L, a constant, so that p = L/nthenP(X = r) = lim as n -> infinity of n*(n-1)*...*(n-k+1)/r! * (L/n)^r * (1 - L/n)^(n-r)= lim as n -> infinity of {n^r - O[(n)^(k-1)]}/r! * (L^r/n^r) * (1 - L/n)^(n-r)= lim as n -> infinity of 1/r! * (L^r) * (1 - L/n)^(n-r) (cancelling out n^r and removing O(n)^(r-1) as being insignificantly smaller than the denominator, n^r)= lim as n -> infinity of (L^r) / r! * (1 - L/n)^(n-r)Now lim n -> infinity of (1 - L/n)^n = e^(-L)and lim n -> infinity of (1 - L/n)^r = lim (1 - 0)^r = 1lim as n -> infinity of (1 - L/n)^(n-r) = e^(-L)So P(X = r) = L^r * e^(-L)/r! which is the probability function of the Poisson distribution with parameter L.
How do you work out compound interest?
P{1-r/100}^n _p where p is the principal and r the rate and n the years
What means P in P R N D?
park
Is a circle concave or convex?
This depends on your definition. One could say that circles ({p in R^n : d(p,m) = r}) are concave, while (open) disks ({p in R^n : d(p,m) < r}) are convex.
What is fingering on recorder for a minor?
it is r a p e and 👉🏻👌🏻 with a minor witch is illeggalll! IT IS ALSO P O R N
How can you prove the combination formula?
Combination Formula ProofGENERIC:Let C(n,r) be the number of ways to generate unordered combinationsThe number of ordered combinations (i.e. r-permutations) is P(n,r)The number of ways to order a single one of those r-permutations P(r,r)The total number of unordered combinations is the total number of ordered combinations (i.e. r-permutations) divided by the number of ways to order each combinationThus, C(n,r) = P(n,r)/P(r,r) = [n!/(n-r)!]/r!/(r-r)!] = n!/r!(n(n-r)!SPECIFIC:Let C(52,5) be the number of ways to generate unordered poker handsThe number of ordered poker hands is P(52,5) = 311,875,200The number of ways to order a single poker hand is P(5,5) = 5! = 120The total number of unordered poker hands is the total number of ordered hands divided by the number of ways to order each handThus, C(52,5) = P(52,5)/P(5,5)
Musical note for vande mataram in keyboard?
The notes for Vande Mataram by Lata Mangeshkar are: vandemaataram vandemaataram s r mp m p m p nS n S sujalaam suphalaam S R n2 dp p d m gr malayaja sheetalaam r p m m grg n s shyaamalaam maaataram s r m p m p rn2 d p vandemaataram m p nS n S shubhra jyotsna pulakita yaaminim rm p n n n n S n S n S pulla kusumita drumadala shoobhinim n n n S n S S R n2d n2d n2 dpdp suhaasinim sumadhura bhaashinim r p m gr r n2d n2 pd m p sukhadaam varadaam maataram r m p n n n nS n S vande mataram vande maataram m p nSn S m p nS n S
