Answer:
16.1
Step-by-step explanation:
Given Equation = two
hundred thirty four thousand one hundred sixty-four.
Show this in 2 different form:
First Form:
=> two hundred thirty four thousand one hundred sixty-four = 230 164
We converted the word form into numeral or algebraic form
Second Form
=> two hundred thirty four thousand one hundred sixty-four
=> 200 000 + 30 000 + 4 000 + 100 + 60 + 4
This form is called expanded form where we showed the expanded value of
the number.
For this case we have that by definition of trigonometric relations that the sine of an angle is equal to the opposite leg to the angle on the hypotenuse. That is to say:
Clearing the value of "a":
Rounding off we have:
17.7
Answer:
Option B
The change should be 10, because the slope for the equation would be 10/1. I'm not really sure how to answer the question, because there isn't enough information.
Hope I helped a little?
I will go about solving this using the elimination method.
First, convert the equations.
10x + y = -20
4x + y = -12
Second, find the easiest variable to get rid of and get rid of it! (In this case, y) We will subtract to get rid of y.
6x = -8
Third, you want to solve the equation.
6x = -8 (divide by 6)
x =
Fourth, solve for y by inserting the answer for x into one of the equations.
10(
) + y = -20
+ y = -20 (subtract
)
y =
The solution for this system of equations is (
,
).