The product of two consecutive integers is 42
WebbFind step-by-step Algebra solutions and your answer to the following textbook question: The product of two consecutive integers, n and n + 1, is 42. Fast solutions Scanning a math problem can help you understand it better and make solving it easier. WebbStack Exchange network consists of 181 Q&A communities including Stack Overflow, the largest, most trusted online community for developers to learn, share their knowledge, and build their careers.. Visit Stack Exchange
The product of two consecutive integers is 42
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Webb10 apr. 2024 · Hint: The product of two roots is given. So the value of the $1^{st}$ multiplied by the $2^{nd}$ root is 240. Then we need to equate the two and find the value of the root. Complete step by step solution: Given, The product of two consecutive positive integers is 240. We need to select two consecutive i.e. values which come after each … Webb10 dec. 2014 · Dec 10, 2014 We can solve this problem by using x for one integer and, since they are consecutive numbers, x + 1 for the other. We know that x ⋅ (x + 1) = 72. This is equivalent to x2 +x = 72. After rearranging the equation, we get x2 +x −72 = 0 This is now a tipical quadratic equation ax2 + bx + c = 0, for which
WebbI know that I should use the definition of an odd integer ($2k+1$), but that's about it. Thanks in advance! WebbSolving for x in each case gives us two possible values for the first even integer: x = -22 or x = 20 However, we are looking for two consecutive even integers, so we can eliminate the negative value and focus on x=20. The next even integer is x+2=22. Step 2/2 Therefore, the two consecutive even integers that have a product of 440 are 20 and 22.
WebbThe product of two positive consecutive integers is 462. Find those numbers. Easy Solution Verified by Toppr Let the integers be x & x+1 Then, x(x+1)=462 ⇒x 2+x−462=0 … WebbThe product of two consecutive integers, n and n + 1, is 42. What is the positive integer that satisfies the situation? Solution Verified Step 1 1 of 6 We need to determine the positive integer nnnsuch that the product of nnnand n+1n+1n+1is equal to 42. n(n+1)=42n(n+1)=42 n(n+1)=42 Step 2 2 of 6
Webb2 aug. 2024 · we know that product if two negative integers is always positive . so here we are going to solve with positive numbers and finally including a negative sign with that …
Webb1 apr. 2024 · Mathematics Middle School answered The product of two consecutive integers is 42. Find the integers See answer Advertisement annawood3729 6&7. Also -7, … flaherty and crumrine dfpWebbThe product of two consecutive integers is 420. An equation is written in standard form to solve for the smaller integer by factoring. -420 The product of two consecutive negative … flaherty and collins propertyWebbTHE PRODUCT OF CONSECUTIVE INTEGERS IS NEVER A POWER BY P. ERD6SANDJ. L. SELFRIDGE Wededicate this paper to the memory of our friends H. Davenport, Ju.V. … flaherty and collins columbus ohioWebb(2X + 2) is then the consecutive even number. Note: The use of X and (X + 1) will also work in this case because the answer is known to be even. Depending on the information … flaherty and crumrine pfdWebbFind two consecutive integers whose product is 42 - This Find two consecutive integers whose product is 42 provides step-by-step instructions for solving all. ... The product of two consecutive integers is 42. Step 1: Write the two integers as a sum. 42 + 21 = 62. Step 2: Divide the sum by 2 to get the result as a decimal. flaherty and collins careerscanon ts 3151 fehlermeldung cWebbWritten as the product of its prime factors, 360=2^3 times 3^2 times 5. So find the smallest positive integer k such that 360k is a cube number. 1 answer; Math easy HELP; asked by … flaherty and collins construction