You can’t really know the y value unless you’re told that they’re both directly proportional. if so, then check out the pic
Given H = f(t) where H is the height in meters of an object and t is the time in seconds since it was launched, which of the fol
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The graph of the given system of linear inequalities
y < -1/2 + 2
y > -3/2x + 2
is attached below
<h3>Graph of system of linear inequalities </h3>From the given information, we are to graph the given system of linear inequalities
The given system of linear inequalities is
y < -1/2 + 2
y > -3/2x + 2
The graph of the given system of linear inequalities
y < -1/2 + 2
y > -3/2x + 2
is shown below
Learn more on Graph of system of linear inequalities here: brainly.com/question/26965469
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The first step to solving this is to use tan(t) = 
to transform this expression.
cos(x) ×
Using cot(t) =
,, transform the expression again.
cos(x) ×
Next you need to write all numerators above the least common denominator (cos(x)sin(x)).
cos(x) ×
Using sin(t)² + cos(t)² = 1,, simplify the expression.
cos(x) ×
Reduce the expression with cos(x).
Lastly,, use
= csc(t) to transform the expression and find your final answer.
csc(x)
This means that the final answer to this expression is csc(x).
Let me know if you have any further questions.
:)
cos(x) ×
Using cot(t) =
cos(x) ×
Next you need to write all numerators above the least common denominator (cos(x)sin(x)).
cos(x) ×
Using sin(t)² + cos(t)² = 1,, simplify the expression.
cos(x) ×
Reduce the expression with cos(x).
Lastly,, use
csc(x)
This means that the final answer to this expression is csc(x).
Let me know if you have any further questions.
:)