Answer:
Step-by-step explanation:
(11)²=(6)²+ (y)²
121=36 +(y)²
y² =121 –36
y²=85
Answer:
The equation can define y as a function of x and it also can define x as a function of y.
Step-by-step explanation:
A relation is a function if and only if each value in the domain is mapped into only one value in the range.
So, if we have:
f(x₀) = A
and, for the same input x₀:
f(x₀) = B
Then this is not a function, because it is mapping the element x₀ into two different outputs.
Now we want to see it:
x + y = 27
defines y as a function of x.
if we isolate y, we get:
y = f(x) = 27 - x
Now, this is a linear equation, so for each value of x we will find an unique correspondent value of y, so yes, this is a function.
Now we also want to check if:
x + y = 27
defines x as a function of y.
So now we need to isolate x to get:
x = f(y) = 27 - y
Again, this is a linear equation, there are no values of y such that f(y) has two different values. Then this is a function.
A and b are the legs, and c is the hypotenuse.
hope this helps!
Answer:
Addition
Step-by-step explanation:
Here, we want to state the operation that would result in the greater solution.
The operation is addition. The reason why multiplication will yield a relatively less result is that one of the digits is less than 1. So this will cause the reason why the value that will be obtained from the multiplication to be less than what we will have in the addition
15%(1580)=237. 1580-237 =1343
