![Solved Let A=[-5-3-2-55-2],B=[35253-1-4-2-52-4-5], and | Chegg.com](https://i0.wp.com/media.cheggcdn.com/study/552/552ee363-1965-4791-a078-b7d4a5abafc4/image?resize=650,400 "Solved Let A=[-5-3-2-55-2],B=[35253-1-4-2-52-4-5], and | Chegg.com")
Solved Let A=[-5-3-2-55-2],B=[35253-1-4-2-52-4-5], and | Chegg.com
Solved Let A=[-5-3-2-55-2],B=[35253-1-4-2-52-4-5], and | Chegg.com We know that the while evaluating lcm, we take greater exponent of the prime numbers in the factorization of the number. therefore, by applying this rule and taking 𝑛 ≥ 1 we get the lcm as. lcm (𝑎, 𝑏, 𝑐) = 2 1 × 3 𝑛 × 5 …… (ii) on comparing (i) and (ii) sides, we get: 2 3 × 3 2 × 5 = 2 3 × 3 𝑛 × 5. n=2. hence the correct choice is (b). B. 2 step by step explanation: given: a = 2³ × 3 b = 2 × 3 × 5 c = 3ⁿ × 5 lcm = 2³ × 3² × 5 lcm contains 3², but 3² is not a factor of a or b. so it should be a factor of c. hence factors of c will be 3² * 5. thus we find n = 2. option b is the answer.
Find The Value Of A³+b³+c³-3abc If A+b+c=5 And A²+b²+c²=29 | Filo
Find The Value Of A³+b³+c³-3abc If A+b+c=5 And A²+b²+c²=29 | Filo To find the value of n given the expressions for a, b, and c, and the lcm of these three numbers, we can follow these steps: step 1: write down the values of a, b, and c. If a=23×3, b=2×3×5, c=3n×5 and lcm (a,b,c)=23×32×5 then , n=? the lcm is calculated by taking the highest power of each prime factor from all numbers. the power of 23 is already equal. the power of 2 is also equal. for the power of 3: n must equal 2. therefore, we find that n = 2. Lcm calculator shows the work to find the lcm with prime factorization, factor tree, cake/ladder/box method, division method, listing multiples, and greatest common factor gcf. The process for determining lcm is well established in number theory, where the lcm is derived from the maximum power of each prime factor appearing in the factorizations of the numbers involved.
![Solved A=[-2 3 1; 3 -5 4; 2 5 3], B=[1;5;3], C=[-1 2 3] A. | Chegg.com](https://i0.wp.com/d2vlcm61l7u1fs.cloudfront.net/media/1a1/1a1687df-90b0-4273-91e4-a8b20fb462c5/phpO3PGnX.png?resize=650,400 "Solved A=[-2 3 1; 3 -5 4; 2 5 3], B=[1;5;3], C=[-1 2 3] A. | Chegg.com")
Solved A=[-2 3 1; 3 -5 4; 2 5 3], B=[1;5;3], C=[-1 2 3] A. | Chegg.com
Solved A=[-2 3 1; 3 -5 4; 2 5 3], B=[1;5;3], C=[-1 2 3] A. | Chegg.com Lcm calculator shows the work to find the lcm with prime factorization, factor tree, cake/ladder/box method, division method, listing multiples, and greatest common factor gcf. The process for determining lcm is well established in number theory, where the lcm is derived from the maximum power of each prime factor appearing in the factorizations of the numbers involved. Prove that if a positive integer is of the form 6q 5, then it is of the form 3q 2 for some integer q, but not conversely. for what value of n, 2 n 5 n ends in 5. write the condition to be satisfied by q so that a rational number qp has a terminating decimal expansions. Lcm calculator to find the lcm of two or more numbers. shows solutions by prime factorization, common multiples, cake/ladder, gcf, division, and venn diagram. Find the greatest number which divides 2011 and 2623 leaving remainders 9 and 5 respectively. 144 cartons of coke cans and 90 cartons of pepsi cans are to be stacked in a canteen. Using prime factorization, find the hcf and lcm of 21, 28, 36, 45 . without actual division show that each of the following rational numbers is a non terminating repeating decimal.
Solved Given B = 3 - 5 1 - 2 3) And C = [- 7 5 -21 23 Solve | Chegg.com
Solved Given B = 3 - 5 1 - 2 3) And C = [- 7 5 -21 23 Solve | Chegg.com Prove that if a positive integer is of the form 6q 5, then it is of the form 3q 2 for some integer q, but not conversely. for what value of n, 2 n 5 n ends in 5. write the condition to be satisfied by q so that a rational number qp has a terminating decimal expansions. Lcm calculator to find the lcm of two or more numbers. shows solutions by prime factorization, common multiples, cake/ladder, gcf, division, and venn diagram. Find the greatest number which divides 2011 and 2623 leaving remainders 9 and 5 respectively. 144 cartons of coke cans and 90 cartons of pepsi cans are to be stacked in a canteen. Using prime factorization, find the hcf and lcm of 21, 28, 36, 45 . without actual division show that each of the following rational numbers is a non terminating repeating decimal.
Solved A=(−5,−3,−4),B=(−2,2,−5),C=(−2,3,−3) | Chegg.com
Solved A=(−5,−3,−4),B=(−2,2,−5),C=(−2,3,−3) | Chegg.com Find the greatest number which divides 2011 and 2623 leaving remainders 9 and 5 respectively. 144 cartons of coke cans and 90 cartons of pepsi cans are to be stacked in a canteen. Using prime factorization, find the hcf and lcm of 21, 28, 36, 45 . without actual division show that each of the following rational numbers is a non terminating repeating decimal.
Solved If In A = 2, In B = 3, And Ln C = 5, Evaluate The | Chegg.com
Solved If In A = 2, In B = 3, And Ln C = 5, Evaluate The | Chegg.com
Important type in LCM finding n If a = 23 × 3, b = 2 × 3 × 5, c = 3n × 5 and LCM (a, b, c) = 23 × 32
Important type in LCM finding n If a = 23 × 3, b = 2 × 3 × 5, c = 3n × 5 and LCM (a, b, c) = 23 × 32
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![Solved Let A=[-5-3-2-55-2],B=[35253-1-4-2-52-4-5], and | Chegg.com](https://i0.wp.com/media.cheggcdn.com/study/552/552ee363-1965-4791-a078-b7d4a5abafc4/image?resize=91,91 "Solved Let A=[-5-3-2-55-2],B=[35253-1-4-2-52-4-5], and | Chegg.com")
![Solved A=[-2 3 1; 3 -5 4; 2 5 3], B=[1;5;3], C=[-1 2 3] A. | Chegg.com](https://i0.wp.com/d2vlcm61l7u1fs.cloudfront.net/media/1a1/1a1687df-90b0-4273-91e4-a8b20fb462c5/phpO3PGnX.png?resize=91,91 "Solved A=[-2 3 1; 3 -5 4; 2 5 3], B=[1;5;3], C=[-1 2 3] A. | Chegg.com")
![Solved Let A=[12−5−3],B=[4231],C=[3334]. Compute | Chegg.com](https://i0.wp.com/media.cheggcdn.com/media/28d/28d8eed9-4e48-4ddf-b5c7-1bfcbbf88bbb/phpfWt3UY?resize=91,91 "Solved Let A=[12−5−3],B=[4231],C=[3334]. Compute | Chegg.com")
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