y would be 23 ok 4"9 to 5"6 56789 size in shoe were geting better
None, since there is nothing to link y to the sequence.
y = 5x + 3When x=2,y = 5(2) + 3 = 10 + 3 = 13
The Y intercept of y=7x+10 is 10.
y = 10 y = log x (the base of the log is 10, common logarithm) 10 = log x so that, 10^10 = x 10,000,000,000 = x
-2y = 10 2y = -10 y = -5
-10
the two numbers are 13/2 and 7/2. x+y=10, x-y=3 if you add these two equations u get: x+y=10 x-y=3 2x = 13 => x = 13/2 therefore y = 7/2
-13
It is: y+16+7 = 10 and the value of y is -13
To find two numbers with a sum of 13 and a difference of 7, let’s denote the numbers as x and y. We have the equations: x + y = 13 and x - y = 7. Solving these simultaneously, we find that x = 10 and y = 3. Therefore, the two numbers are 10 and 3.
The degree of a monomial is the sum of the exponents of its variables. In the monomial (-5x^{10}y^{3}), the exponent of (x) is 10 and the exponent of (y) is 3. Adding these together gives (10 + 3 = 13). Therefore, the degree of the monomial (-5x^{10}y^{3}) is 13.
y = mx + bm is the slope, b is the y intercept
Let the two numbers be ( x ) and ( y ). We can set up the equations: ( x + y = 33 ) and ( x - y = 13 ). By solving these equations, we find that ( x = 23 ) and ( y = 10 ). Therefore, the two numbers are 23 and 10.
3 and 10 The sum of 3 and 10 is 13 The difference of 3 and 10 is 7 Using algebraic notation, if the two numbers are x and y: x + y = 13 x - y = 7 If you add these two equations you get 2x = 20 so x = 10 Substituting this back into the original equations you find that y must then be 3
9y+3=5y+13 4y=10 y=10/4 or 5/2 or 2.5
None, since there is nothing to link y to the sequence.
The value if Y in 16y times 164 would be 10. This is a math problem.