Given: - x + 3Y = 5, find the value of 5 (x-3y) square-8 (x-3y) - 5

Given: - x + 3Y = 5, find the value of 5 (x-3y) square-8 (x-3y) - 5


125+40-5=160



Given - 1 + 3Y = 5, find the value of 5 (x-3y) ^ - 8 (x-3y) - 5


∵-x+3y=5, ∴x-3y=-5,
∴5(x-3y) 2 -8(x-3y)-5
=5×(-5) 2 -8×(-5)-5 =125+40-5 =160



Is x + y an integral? Why? Given - x = 3Y = 5, what is the value of 5 (x-3y) &# - 8 (x-3y) - 5? Explain


Yes, according to the definition of an integral: an integral is a part of a rational expression. In a rational expression, it can include four operations: addition, subtraction, multiplication and division. But in an integral, the divisor cannot contain letters. Monomials and polynomials are collectively referred to as integers
-X = 3Y = 5, so x = - 5 3Y = 5
Substituting 5 (x-3y) & # 178; - 8 (x-3y) - 5 = 5 (- 5-5) ^ 2-8 (- 5-5) = 580
Please check the question. My answer is different from the one above, because he gave me a different answer
-X = 3Y = 5 as - x + 3Y = 5)