Answer:
Step-by-step explanation:
Normally, when I do this, I differentiate each term first with respect to x then with respect to y. In this solution, I differentiated the entire expression with respect to x, then with respect to y. That makes separating the dx and dy coefficients much easier, so the solution almost falls into your lap.
Answer:
if x is odd then x> 0 is true statement.
if x is odd then x> 0 is true statement.
if x is even then x≤0 is false statement.
If the ones digit of x is 2, then the tens digit is 3 or 4 is true statement.
if the ones digit of x is 6, then the tens digit is 1 or 2 is false statement.
Step-by-step explanation:
Consider the provided information.
D = {-48, -14, -8, 0, 1, 3, 16, 23, 26, 32, 36}
Part (A) if x is odd then x> 0
Here only even numbers are less than 0 that means the statement is true.
if x is odd then x> 0 is true statement.
Part (B) if x is less than 0 then x is even.
Here only even numbers are less than 0 that means the statement is true.
if x is odd then x> 0 is true statement.
Part (C) if x is even then x≤0
Here we can see that 16, 26, 32, 36 are even number and also greater than 0. Thus the statement is false.
if x is even then x≤0 is false statement.
Part (D) If the ones digit of x is 2, then the tens digit is 3 or 4.
There is only one number whose ones digit is 2. i.e. 32 also the tens digit of the number 32 is 3. Which makes the above statement true.
If the ones digit of x is 2, then the tens digit is 3 or 4 is true statement.
Part (E) if the ones digit of x is 6, then the tens digit is 1 or 2.
Numbers having ones digit 6 are: 16, 26 and 36
Here, the tens digits are 1, 2 and 3 which is contradict to our statement. Hence the provided statement is false.
if the ones digit of x is 6, then the tens digit is 1 or 2 is false statement.
Answer:
Step-by-step explanation:
You have to divide the entire equation by 285 to get y alone.
Then, simplify the fraction to get 1/19.