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How do you write a program in java that prints 2 to the power of 999?
Fortunately for us, Java can handle arbitrarily-large numbers via the BigInteger class. This will compute and print out the value of 2999 final BigInteger TWO = BigInteger.valueOf(2L); final int exponent = 999; final BigInteger answer = TWO.pow(exponent); System.out.println(answer);
Program to find a raised to the power b by using recursion in java?
//with a function: int exponent(int a, int b){ int returnValue; if (x==0) return 1; else return(a*exponent(a,x-1)); } main(){ printf("%d\n", exponent(1, 1)); }
What number do you get when you multiply all numbers?
The final product
What is the square root of -3 m6n9?
The square root of -3 is i times the square root of 3 (where "i" is the imaginary unit). To take the square root of an expression such as n9, you can halve the exponent and write it either as n4.5 or (square root of n) times n4. Finally, you have to multiply all the parts together for the final result.
Why do you have to multiply the average speed of a ball going down a ramp by 2 in order to find its final speed?
The last moment, the speed is the final, the first moment, the speed is zero, average=final /2. For the bit just before the final, and the bit an equal bit just after the start the average is again final/2. For every instant before the final, coupled with the same instant after the start, the average is final/2. So the average for the whole trip is final/2. So to get the final, multiply the average by 2.
If you multiply the following reaction by 2 to be an intermediate reaction in a Hess's law problem what would be the final value for the enthalpy of reaction you use for this intermediate reaction?
When you multiply a reaction by a factor, you also multiply the enthalpy change by the same factor. Therefore, if you multiply the reaction by 2, the final value for the enthalpy of reaction for the intermediate reaction will also be multiplied by 2.
How can I get an answer of a multiplication problem using exponents?
Step I: Multiply the mantissae (significands) together, ignoring the exponents. Step II: If the answer from Step I is less than 10, then this result is the mantissa of the final answer. Otherwise divide the result by 10 and that become the mantissa of he final answer. Step III: Add together the powers (exponents) of ten. Step IV: If the answer from Step I was less than 10, then the result from Step III is the power of the final answer. Otherwise the exponent for the answer is 1 more than the result from Step III. Step V: Combine the mantissa and power from Steps II and IV. Example: 3.6*104 * 4.7*10-2 Step I: 3.6 * 4.7 = 16.92 Step II: Mantissa of answer = 1.692 and need to add 1 to exponent. Step III: 4 + (-2) = 2 Step IV: As per Step II, the exponent is increased to 3 Step V: Answer = 1.692*103
What is the pattern of exponents of 7?
70 = 1 : 71 = 7 ; 72 = 49 : 73 = 343 : 74 = 2401 The final digit repeats as the exponent increases by 4. So 735 has the same final digit (3) as 73 : 760 has the same final digit (1) as 70.
What is 24x60?
24 * 60 = 1440. If you need to calculate this in your head, an easier way to do it is to first multiply 24 by 6, which will give you 144. Then you can multiply by 10 to get your final answer of 1440.
What is 5.93 multiplied by 4.6?
To find the product of 5.93 and 4.6, you simply multiply these two numbers together. The result is 27.238. This is because when you multiply a decimal by another decimal, you multiply as if they were whole numbers and then adjust the decimal places in the final answer.
What is the formula for finding the area of an ellipse?
the formula for finding the area of an ellipse is add it then multiply and subtract that is the final
What is the product of 87 and 78?
product basically means multiply so it is 87x78=6786 final answer: 6786
