contract essays

contract essays Exclusion and Exemption Clauses. 166-170, 278, 281, 288, 355-356 An exclusion clauses is a term of the contract which limits or excludes a liability from one party which would otherwise be subjected to. The function of an exclusion clause is to limit or exclude liability for breach of an express or implied term or even negligence in a contract. The court approach to interpreting such a clause is to interpret them narrowly. With an unsigned documents, an exclusion clause will be binding only if the clause was brought to the notice of the customer. This notice must be reasonable notice and is determined objectively by the courts. The document containing the exclusion clause must be of a contractual nature before the courts will hold the exclusion clause to be binding. To determine whether a clause is a contractual document, the court employ the reasonable person test and ask: Would a reasonable person expect such a document to contain an exclusion clause or would it merely represent a receipt or voucher? If notice of the exclusion clause is not given until after the contract has been completed, the exclusion clause will not be binding. If the customer has had previous dealings with the defendant, the court will more readily infer knowledge of the exclusion clause. If the customer through his previous dealings knows about the clause then he will be bound by it. Henry Kendall If the effect or scope of exclusion clause has been misrepresented to the customers, the exclusion clause is not bindin ...

What Is a Perfect Square

What Is a Perfect Square SAT / ACT Prep Online Guides and Tips What is a perfect square? How do you know if a number is a perfect square? In this article, we’ll define perfect squares, provide a list of the first 25 perfect squares (and the integers that make them up), and teach you how to tell if a number is a perfect square. What Is a Perfect Square? A perfect square is a number that can be expressed as the product of two equal integers. What does that mean? Basically, a perfect square is what you get when you multiply two equal integers by each other. For instance: $$5 * 5 = 25$$ 25 is a perfect square because you’re multiplying two equal integers (5 and 5) by each other. You can also express $5 * 5$ as $5^2$. That’s where you get the term â€Å"perfect square† List of Perfect Squares Here’s a list of the first 25 perfect squares. A hint: if you want to create a perfect square, simply square an integer! Square Integers 1 $1 * 1$ 4 $2 * 2$ 9 $3 * 3$ 16 $4 * 4$ 25 $5 * 5$ 36 $6 * 6$ 49 $7 * 7$ 64 $8 * 8$ 81 $9 * 9$ 100 $10 * 10$ 121 $11 * 11$ 144 $12 * 12$ 169 $13 * 13$ 196 $14 * 14$ 225 $15 * 15$ 256 $16 * 16$ 289 $17 * 17$ 324 $18 * 18$ 361 $19 * 19$ 400 $20 * 20$ 441 $21 * 21$ 484 $22 * 22$ 529 $23 * 23$ 576 $24 * 24$ 625 $25 * 25$ How to Tell If a Number Is a Perfect Square You can tell if a number is a perfect square in a couple of different ways. First of all, if you create a square by multiplying two equal integers by each other, then the product is a perfect square. So, $1 * 1$ is a perfect square. So is $10 * 10$ and $1,000 * 1,000$. You can also tell if a number is a perfect square by finding its square roots. Finding the square root is the inverse (opposite) of squaring a number. If you find the square root of a number and it’s a whole integer, that tells you that the number is a perfect square. For instance, the square root of 25 is 5. The square root of 26 is not a whole integer. So, 26 is not a perfect square. Key Takeaways: Understanding Perfect Squares A perfect square is a number that can be expressed as the product of two equal integers. You can tell if a number by finding its square root and seeing if that square root is a whole integer. What's Next? Getting ready to take the ACT? We have a list of31 formulas you must know to conquer the ACT. Taking the SAT instead?Here’s a list of our favorite SAT Math prep books that will help set you on the path to success. Looking to brush up on your fundamental algebra skills?A good place to start is mastering systems of equations.