It depends on the expression.
4
The minimum number of multiplications needed to compute x^768 is 9. This can be achieved by using the repeated squaring method, where x^2, x^4, x^8, x^16, x^32, x^64, x^128, x^256, and x^512 are computed, and then combined to get x^768.
To determine the minimum value of the expression (3x + 4y) in a feasible region, you typically need to evaluate the vertices of the region defined by any constraints. If you have specific constraints (like linear inequalities), you can graph them, find the vertices of the feasible region, and then substitute those vertex coordinates into the expression (3x + 4y) to identify the minimum value. Without specific constraints, it's impossible to provide a numerical answer.
That completely depends on the values of 'x' and 'y'. The value of that expression at any instant is exactly double the sum of 'x' and 'y', but as soon as either of them changes, the value of the expression likewise instantly changes. The only possible statement is that the value of the expression is minimum when the sum of 'x' and 'y' is minimum.
To find the minimum or maximum value of a constant in a function, you first need to identify if the constant is part of a larger expression or if it stands alone. If it's part of a function, you can analyze the function's critical points by taking its derivative and setting it to zero to find local extrema. Then, evaluate the function at these critical points and the boundaries of the domain to determine the overall minimum or maximum value. If the constant is standalone, it remains unchanged as it does not vary with input.
4
Scan the postfix expression from left to right and count the number of values and the number of operators. The maximum value of their difference is the required stack size. Eg: 1 2 3 + 4 + * 1 2 3 2 3 2 1 The maximum is 3.
While Strassen's original algorithm required 18 quadrant additions and 7 quadrant multiplications, for our work we use the Winograd variation which requires the minimum number of quadrant additions, i.e. 15.
The minimum number of multiplications needed to compute x^768 is 9. This can be achieved by using the repeated squaring method, where x^2, x^4, x^8, x^16, x^32, x^64, x^128, x^256, and x^512 are computed, and then combined to get x^768.
To determine the minimum value of the expression (3x + 4y) in a feasible region, you typically need to evaluate the vertices of the region defined by any constraints. If you have specific constraints (like linear inequalities), you can graph them, find the vertices of the feasible region, and then substitute those vertex coordinates into the expression (3x + 4y) to identify the minimum value. Without specific constraints, it's impossible to provide a numerical answer.
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Required Minimum Distribution (RMD) The IRS requires that you withdraw at least a minimum amount - known as a Required Minimum Distribution - from your retirement accounts annually, starting the year you turn age 70-1/2. Determining how much you are required to withdraw is an important issue in retirement planning. Use this calculator to determine your Required Minimum Distributions.
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The minimum capital required for nifty future is Rs.50000.