I'm not sure why my previous answer was deleted, but heres another attempt.
The vector which opposes the vector with components [-4,3] would be [4,-3], because taking the opposite of each component gives the opposite direction. the length of [4,-3] (your new vector) is 5 because √((4)²+(-3)²) => √(16+9) => √25 = 5. This is half the necessary length, so to fix this we need to double both components, giving [2*4,2*(-3)] = [8,-6]
Final answer:
The vector with components [8,-6] has a length of 10 and opposes the direction of [-4,3].
I hope this helped clear up any confusion over my last answer. :)
Warren Harding's Rise in the Republican Party. Warren Harding, a Republican, began his political career in 1898 by winning election to the Ohio senate, where he served until 1903. ... In the aftermath of World War I and the social changes of the Progressive Era, the pro-business Harding advocated a “return to normalcy.”
First multiply each terms and u get
50+4+4/5+0.006
When u add all these u get
54.806 or 54 403/500
The digit in the tens place is 2 less than the one in the
hundreds place. But when you add them together, they total 8, which
is the digit in the thousands place. Therefore A is 5 and B is 3.
In the tenths place, the digit has the same value in every
place. The only digit that works here is 0, which is worth 0 no matter
where in the number it is placed.
Remaining digitis largest even digit, which is 8.
The answer is 8538.01
