Answer:
x = 50°
Step-by-step explanation:
By vertical angles, we have
50° + 2x = 150°
2x = 100°
x = 50°
They are the reciprocals of each other, meaning the denominator and the numerator are in switched positions
A function is a relationship between inputs and outputs, such that an input is mappable to one output only
The height of the rocket 1 second after launch is <u>104 feet</u>
The reason the height value above is correct is as follows
The given equation for the height of the rocket is presented as follows;
h(t) = -16·t² + 48·t + 72
Where;
h = The height of the rocket above ground in feet
t = The time in seconds
The given function gives the height of the rocket above ground in feet <em>t</em> seconds after the rocket is launched
Height of the rocket 1 seconds after launch is h(1) = -16×1² + 48×1 + 72 = 104
Therefore, the height of the rocket 1 second after launch, h(1) = <u>104 feet</u>
Learn more about functions here:
brainly.com/question/17095526
Answer:
Because they aren't equivalent. Prolog allows the definition of symbols as inline operators using the op/3 predicate, which allows one to convert arbitrary compounds to formulae and back again.
Step-by-step explanation:
Since 2+2 is a compound with arity 2 and 4 is just an atom unification is impossible and the query fails. To actually do arithmetic equivalence you must use =:=/2 (2 + 2 =:= 4). To solve arithmetic problems you must use is/2 or use an interpreter with arithmetic constraint extensions.Yes, the moment you begin to tie math to real world items, it can turn false very quickly. For example:
(2 red balls + 2 blue balls = 4 orange balls) = false
(2 women + 2 women = 4 men) = false
(2 cats + 2 mice = 4 dogs) = false
(2 oxygen as a single molecule (o₂) + 2 oxygen as a single molecule (o₂) = 4 oxygen as a single molecule (0₄)) = false
That is to say, in the real world there is often non-numerical 'metadata' in additional to the numbers being added, such that a perfect equality (beyond mere quantity) is false. This 'metadata' would include everything from size, to composition, to structure, to color, to temperature, to species, to intelligence, to flavor, to temperament, to physical laws of union and relation, and many other properties.