Date  FII Buy  FII Sell  FII Net  In Market  DII Net  DII Buy  DII Sell 

Risk / Position Size Calculator
Calculating risk before enter a trade is important to ensure traders capital safety.
To use this risk calculator, enter your account capital, and the percentage of your account you wish to risk. Our calculator will suggest position sizes based on the information you provide.
CAGR / Reverse CAGR Calculator
Compound annual growth rate (CAGR) is the mean annual growth rate over a specified time.
CAGR tells you the average rate of return you have earned on your investments every year. CAGR is very useful for investors because it is an accurate measure of investment growth (or fall) over time.
SIP Calculator
Take a step Closer to becoming financially free with SIP.
A (SIP) Systematic Investment Plan calculator is an online financial tool that helps you to calculate the returns you would earn on your SIP investments. This tool also tells you how much you would need to invest every month to earn a target corpus.
Pivot Point Calculator
Calculate Pivot points of any index/stocks using this PIVOT points calculator
As a technical analysis indicator, a pivot point uses a previous period’s high, low, and close price for a specific period to define future support and Resistance levels.
EMI Calculator
Calculate your monthly Installment for your Loan with This EMI calculator
To use this Calculator, Enter the Loan Amount, The Loan tenure and the rate of interest. After filling the below fields you will get the amount you will have to pay per month.
Income Tax Calculator
Take a step Closer to becoming financially free with SIP.
A (SIP) Systematic Investment Plan calculator is an online financial tool that helps you to calculate the returns you would earn on your SIP investments. This tool also tells you how much you would need to invest every month to earn a target corpus.
Result :
LEVELS

FLOOR  WOODIE  CAMARILLA  DEMARK  FIBONACCI 

R4  
R3  
R2  
R1  
PP  
S1  
S2  
S3  
S4 
Result :
Knowing your risk position is critical to establishing a winning strategy. Our calculator helps you make trading decisions based on intellect and not emotion. That's how you trade like a pro.
With a few simple inputs, our calculator will help you find the approximate units to buy or sell to control your maximum risk per position.
Risk per trade (%) : This is a crucial field. Here you have to put the risk you are wiling to take on that trade in terms of % of your account capital.
All Pro traders take risk in a range of 15% per trade.
Stoploss in rupee : Here, traders should input the maximum number of points they are willing to risk, or lose, in a trade, to protect the account capital in case the market goes against their position.
For eg: You bought in BankNifty CE at 250 Rs and as per your analysis you should exit that trade if price goes below 200 Rs. So here you are stoploss is (250  200) = Rs. 50
Lot size : If you are trading in F&O enter the lot size of instrument you are taking trade in.
Let's say you have purchased Reliance at 2500.
Your Account Capital is 1,00,000
You are willing to take Risk per trade is 2%
You are planning to exit Reliance if it goes down below 2430, so stoploss in rupees is 70
Total quantity you can enter with =
Account capital × Risk per trade (%) / 100 / Stoploss in rupees
= (1,00,000) × (2) / 100 / 70
= 28.57 ≈ 28
Now amount at risk
= Total quantity × stoploss
= 28 × 70
= 1960
For F&O:
Let's say you have a capital of 1,00,000
Account Capital = 1,00,000
Now you are willing to take 2% risk per trade. That is the maximum you are willing to lose if trade goes wrong is 2% of account capital
= 2% of 1,00,000
= 2000
So, Risk Per Trade (%): 2%
You are trading in BankNifty CE
Lot size of BankNIfty is 25
Lot size = 25
Now you have bought the BankNIfty CE at 250 rupees and as per your analysis if BankNifty CE goes below 215 level, you should exit the trade. So here your risk is (250215) = Rs. 35
So, Stoploss in rupee = 35
Here as you are trading in Derivative, you have to buy/sell minimum 1 lot.
So. first we will find risk per lot
Risk per Lot = Lot Size × Stoploss in Rupee
= 25 × 35
= 875
Now, No of lots you can trade = Risk per trade in rupee / Risk per Lot
= 2% of capital / (25 × 35)
= 2000 / 875
= 2.28 ≈ 2 lots
Total Quantity = No. of lots × Lot Size
= 2 × 25
= 50
Amount at risk = No. of Lots × Risk per Lot
= 2 × 875
= 1750
Then increase the result to the power of one divided by the time period of the investment in years.
Subtract one from the total.
Mathematically, CAGR formula is given by the following equation
CAGR = (IA / FA) ^{1 / n}  1
In the above formula, FA stands for the final amount of the investment, IA stands for the present value of the investment, and n stands for the number of years of investment.
Let's take an example:
Imagine you invested Rs.20000 in a mutual fund in 2015. The investment will be worth Rs.35000 in 2020. Using the formula, the CAGR of this mutual fund investment will be
CAGR= (35000/ 20000)^{(1/5)}  1 = 11.84%
Here, that means the mutual fund investment gave you an average return of 11.84% per annum. You can also calculate the absolute returns on investment using the CAGR calculator. The calculation will be
Absolute returns= (IA / FA) / PV * 100 = (3500020000)/ 20000 * 100 = 75%
This means your mutual fund investment gave you an absolute return of 75% over its tenure.
 It will enable you to evaluate your investment options. For example, if stock A is not working as well as Stock B based on their respective CAGR indices, you can invest in Stock B instead.
 The relative growth of your organization with respect to the market leaders in your business segment.
 CAGR is a more accurate way of calculating and determining returns of an investment the value of which changes over time. Investors can compare the 2 investment options of the same category or a market index using CAGR. How is one investment performing compared to the other of the same category and same time period?
FA = IA * (CAGR / 100 + 1)^{n}
FA = Final Amount/Future Amount
IA = Initial Amount
n = number of years the money is invested for
Let's take an example:
Rahul has invested 1,00,000 in mutual funds for 5 Years and where annual growth rate is 14.87 %.
FA = IA * (CAGR / 100 + 1) ^{ n}
CAGR = 14.87
IA (Initial Amount) = 1,00,000
n (Period) = 5 Year
Reverse CAGR Calculation Steps
FA = IA * (CAGR / 100 + 1) ^{ n}
FA = 1,00,000 * (14.87 / 100 + 1) ^{ 5}
FA = 1,00,000 * (0.1487 + 1) ^{ 5}
FA = 1,00,000 * (1.1487) ^{ 5}
FA = 1,00,000 * 2.00
FA = 2,00,000
So, after 5 years, the invested value will become 2,00,000
Formula to Calculate your SIP:
Our SIP Calculator uses the following formula –
M = P × ({[1 + i]^n – 1} / i) × (1 + i).
In this formula –
M is the amount you receive on maturity
P is the amount you invest at regular intervals
n is the number of payments you have made so far
i is the periodic rate of interest
Monthly investment amount
Expected returns(p.a)
Investment period(in years)
Suppose you wish to invest Rs. 4,000 per month for 10 years. The expected rate of return is 10%. You need to input these values in the specified boxes, and the calculator gives you the corpus you would earn.
So here,
Monthly investment amount = 4,000
Expected returns(p.a) = 10%
Investment period(in years) = 10 years
If you fill the above parameters you will get the result as,
Invested Amount : ₹4,80,000.00
Estimate Returns : ₹3,46,208.08
Total Value : ₹8,26,208.08
5 Different Kinds of Pivot Points:
Floor pivot points:
Below is the complete calculation for Floor pivot points.
Pivot Point (P) = (High + Low + Close)/3
S1 = P * 2  High
S2 = P  (High  Low)
S3 = Low  2(High  P)
R1 = P * 2  Low
R2 = P + (High  Low)
R3 = High + 2(P  Low)
The calculation is as follows:
R2 = P + (H  L)
R1 = (2 * P)  LOW
P = (HIGH + LOW + (CLOSE * 2)) / 4
S1 = (2 * P)  HIGH
S2 = P  (H  L)
It’s similar to the Woodie’s pivot point. However, there are four resistance levels and four support levels. In contrast, the Woodie pivot point has two Resistance levels and two Support levels.
This is the calculation for the Camarilla pivot point:
R4 = Closing + ((High Low) x 1.5000)
R3 = Closing + ((High Low) x 1.2500)
R2 = Closing + ((High Low) x 1.1666)
R1 = Closing + ((High Low x 1.0833)
PP = (High + Low + Closing) / 3
S1 = Closing – ((High Low) x 1.0833)
S2 = Closing – ((High Low) x 1.1666)
S3 = Closing – ((High Low) x 1.2500)
S4 = Closing – ((HighLow) x 1.5000)
The Demark pivot point uses the number X to calculate the lower level line and the upper resistance level. It also emphasizes recent price action. The calculation is as follows:
If Close < Open, then X=High + (2 * Low) + Close
If Close > Open, then X = (2 * High) + Low + Close
If Close = Open, then X = High + Low + (2 * Close)
Support 1 (S1) = X/2  High
Resistance 1 (R1) = X/2  Low
Fibonacci extensions, retracements, and projections are commonly used in forex, but are used with equities as well. The Fibonacci retracement levels are named after a mathematical sequence.
The Key Levels
On that token, the main Fibonacci levels that traders monitor are the 38.2% and the 61.8% retracement levels.
Here is the calculation for the Fibonacci pivot point.
Pivot Point (P) = (High + Low + Close)/3
Support 1 (S1) = P  (0.382 * (High  Low))
Support 2 (S2) = P  (0.6182 * (High  Low))
Support 3 (S3) = P  (1 * (High  Low))
Resistance 1 (R1) = P + (0.382 * (High  Low))
Resistance 2 (R2) = P + (0.6182 * (High  Low))
Resistance 3 (R3) = P + (1 * (High  Low))
So we have to fill the previous day’s OPEN, HIGH, LOW AND CLOSE price of Reliance
Open = 2608.90
High = 2721.05
Low = 2502.00
Close = 2707.55
Then we apply the three values in the formulas above, and we get the following results:
(PP) = (High + Low + Close)/3 = (2721.05+2502+2707.55)/3 = 2643.53
S1 = P * 2  High = ((2643.53*2)  2721.05) = 2566.02
S2 = P  (High  Low) = (2643.53  (2721.05 2502.00)) = 2424.48
S3 = Low  2(High  P) = (2502.00  2(2721.05  2643.53)) = 2346.97
R1 = P * 2  Low = (2643.53*(2  2502.00)) = 2785.07
R2 = P + (High  Low) = (2643.53 + (2721.05  2502.00 )) = 2862.58
R3 = High + 2(P  Low) = (2721.05 + 2(2643.53  2502.00)) = 3004.12
Similary, you can calculate Other 4 pivot points using their formulas.
The Loan EMI Calculator requires you to fill in only three essential fields to determine your monthly installments
 Loan Amount
 Rate of Interest
 Term of the Loan
You can alter the EMI to meet your repayment capacity as well. Increasing the tenor will lower your EMIs and vice versa. You can do this by making changes in the respective fields of the EMI Calculator.
This Loan EMI Calculator also shows the breakup of the principle and the interest amounts while calculating the EMI.
EMI = [P x R x (1+R) ^N]/ [(1+R) ^ (N1)], where –
P is the principal amount
R is the rate of interest
N is the loan tenure
This is the standardized formula used by any online loan calculator. Some variables may be added based on the type of loan.
How to calculate EMI:
For example, if you take a loan of ₹10,00,000 from the bank at 10.5% annual interest for a period of 10 years (i.e., 120 months),
Then,
Loan Amount = ₹10,00,000
Rate of Interest(p.a) = 10.5%
Loan Tenure (In Years) = 10 years
Therefore, EMI = ₹10,00,000 * 0.00875 * (1 + 0.00875)120 / ((1 + 0.00875)120  1) = ₹13,493.
i.e., you will have to pay ₹13,493 for 120 months to repay the entire loan amount.
The total amount payable will be ₹13,493 * 120 = ₹16,19,220 that includes ₹6,19,220 as interest toward the loan.