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Q: What is the least positive integer which should be added to 1350 so that the resulting integer is a perfect square?

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By definition, a negative integer is any integer less than zero. Similarly, a positive integer is any integer greater than zero. It should be immediately obvious that an integer cannot be both less than and greater than zero. Therefore, a negative integer cannot be greater than a positive integer.

No to be a perfect square you should be able to take the number and square root it on the calculator and get an integer.

Should be 50! Every odd integer is 1 less than the corresponding even integer and there are 50 of each in 100...

0.7

design an algorithm for finding all the factors of a positive integer

The smallest positive integer is 93.

The smallest positive integer is 48.

I assume you are meaning in a transfusion. The ideal blood should be a perfect match. A positive should get A positive. In an emergency an A positive can receive any blood that has no B genotype. O+/-, A+/-,but NO B or AB.

A perfect Square means a shape having 4 equal sides and the angle between two adjecent lines should be 90, But a perfect Cube means its an OBJECT with its four sides are equal dimentions. Any square has 4 equal sides and 90 degree corner angles. This is a question about number theory. A perfect square is a number whose square root is an integer (eg 9, 49 etc). Similarly a perfect cube is a number whose cube root is an integer (eg 8, 27 etc)

No.

Both arguments should be integer should be integer.

An integer can be negative or 0 whereas whole numbers, usually, refer to strictly positive integers. It should be noted, however, that the term "whole number" doesn't have a precise mathematical definition. In fact, some people equate the whole numbers with the integers.

Yes, by definition.

One implication from the evidence on EI to date is that employers should consider it a factor in hiring employees, especially in jobs that demand

following multiplication integer rules and division rules, you should get: "MULTIPLICATION: minus times minus is plus (negative x negative = positive).....minus times plus is minus (negative x positive = negative).....plus times plus is plus (positive x positive = positive) DIVISION: minus divi minus is plus (negative ÷ negative = positive)......minus divi plus is minus (negative ÷ positive = negative).....plus divi plus is plus (positive ÷ positive = positive)" a division problem is a multiplication problem in disguise

I had this name question for homework :| no

Basically, an integer is a number that does NOT have digits after the decimal point (nor should it have a fractional part).

You do the multiplication or division using the absolute value - without worrying about the sign. Then, when you have got the answer, you apply the rules for signs to decide whether your answer should be positive or negative.

Yes, that is how a rational number is defined.

Output a prompt.Either:Read from standard input (std::cin) to an integer.Or:Read a line from standard input (std::getline()) to a string.Create a string stream (std::stringstream) to read the string.Read from the string stream to an integer.For each integer from 2 to half the entered integer:If the entered integer is divisible by the current integer:The number is not prime.Exit the program.The number is prime.Exit the program.

Since the conjugate acid is supposed to be just the addition of an H+, then it should be either HPH3+ or PH4+, phosphonium cations, resulting from protonation of phosphine. It has a molar mass of 35.01 g/molThe (positive) cations are much like the analogue ammonium ions NH4+.

Without knowing the rest of the sentence it's hard to say. However, I would say "resulting in" since this usage is far more common than "resulting to" by a factor of 110 to 1.

The answer for C would be 32, so the digits equal 5 when added together.

No, the baby should be A, or O positive.