symbols
104
20000 using the exponent of 4 = 11.89214fourth root of 20000 = 11.8921
To write a mathematical formula, start by clearly defining the variables and constants involved in the problem. Use standard mathematical symbols and notation, such as "+" for addition, "-" for subtraction, "×" or "*" for multiplication, and "÷" or "/" for division. Ensure that the formula is logically structured, using parentheses to clarify the order of operations if necessary. Finally, check that the formula accurately represents the relationship or concept you intend to convey.
23 or 81
54
16
Exponents describe mathematical operations that can also be written in other ways (although not necessarily in the form of an equation). For example, 103 can also be written as 10 x 10 x 10. The exponent is more succinct. When you get to a number such as 10100 then the exponent is much more succinct. But you could still write it out if you wanted to.
To write a formula for a given quantity, first identify the variables involved in the quantity. Then, express the quantity in terms of those variables using mathematical operations. Make sure to follow the order of operations and any specific mathematical rules relevant to the situation. Remember to clearly define what each variable represents in your formula.
6^1
Here is a step-by-step guide on how to solve a mathematical formula using the solveformu method: Identify the formula you want to solve. Write down the formula in a clear and organized manner. Input the formula into the solveformu method. Follow the instructions provided by the method to input any necessary variables or constants. Execute the method to solve the formula. Review the output provided by the method to see the solution to the formula. By following these steps, you can effectively use the solveformu method to solve mathematical formulas.
10000km can be written as 1.00 × 104 km
the answer is 6 cubed