The answer is B.
When we multiply by 1000, we move the decimal place 3 times to the right(or add 3 zeroes).
Just count the number of zeroes and move it that many places to the right(if it starts with '1').
0.10204081632
Vote me the brainest!
1 cup: 8 oz.
1 pint: 2 cups-16 oz.
the pitcher: 40 oz.
First we found out that she poured two cups which is equivalent to 16 oz.
So what we need to do is subtract 16 form 40 which would leave us with what? 24 now we know that 8 goes into 24 3 times
So there would be 3 cups left in the pitcher yet it would be 1 1/2 pints left(your answer, hope this helped!)
We have the equation
Let's complete the square, to do it let's add and subtract 25 on the right side
Now we can have y in function of x
Now we can already identify the vertex because it's in the vertex form:
Where the vertex is
As we can see, h = 5 and k = -2, then the vertex is
Now we can continue and find the focus, the focus is
We have a = 1/20, therefore
The focus is
And the last one, the directrix, it's
Then
Hence the correct answer is: vertex (5, -2); focus (5, 3); directrix y = -7
Answer:
- SAS
- ASA
- AAS
- HL
- SSA (conditionally — see below)
Step-by-step explanation:
Of the 5 triangle congruence theorems, the only one that cannot be used is SSS, which requires you know all three sides.
If you don't know all three sides, you must know at least one angle, at least one side, and at least one additional angle or side (see below).
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If the sides you know (in relation to the angle you know) are SSA, then <em>the first side (opposite the angle) must be known to be the longest</em>, or congruence is not assured. This is why SSA is not usually listed among the congruence theorems. (However, HL is a version of this, as the right angle will be opposite the longest side.)
