Multiply the bracket by 3
6y+3+4
Then add 3+4
6y+7
Answer is 6y+7
Answer:
see the attachment photo!
Let the first integer be 
. So, the next even number is 
Let's translate the formula: the square of the second is 
, twice the first is 
. So, the equation is
Expand the square to get
The solutions to this equations are
So, the possible consecutive even numbers are
The <em><u>correct answer</u></em> is:
The order is -11x⁵y² + 7x³y³ - 3x²y + 4; and the degree is 6.
Explanation:
To order them by x, we look at the powers of x. In the original polynomial, the power of x in the first term is 3, the power of x in the second term is 0, the power of x in the third term is 5, and the power of x in the last term is 2. Arranging them, we want 5, 3, 2 and 0. This explains the order.
The second term of the ordered polynomial is 7x³y³. The degree is found by adding the exponents of the variables in the problem; this gives us 3+3 = 6.
Answer:
340 students.
Step-by-step explanation:
1) 1900-200=1700
2) 1700/5=340
