The tables show linear functions representing the estimated time it takes for the math and language arts portions of standardize
d tests with different numbers of questions.
Which function has the greater slope and what does it indicate?
-The math function has the greater slope, which shows that the estimated time per question for math is less than the estimated time per question for language arts.
-The math function has the greater slope, which shows that the estimated time per question for math is greater than the estimated time per question for language arts.
-The language arts function has the greater slope, which shows that the estimated time per question for language arts is less than the estimated time per question for math.
-The language arts function has the greater slope, which shows that the estimated time per question for language arts is greater than the estimated time per question for math.
Which function has the greater slope and what does it indicate?
-The math function has the greater slope, which shows that the estimated time per question for math is less than the estimated time per question for language arts.
-The math function has the greater slope, which shows that the estimated time per question for math is greater than the estimated time per question for language arts.
-The language arts function has the greater slope, which shows that the estimated time per question for language arts is less than the estimated time per question for math.
-The language arts function has the greater slope, which shows that the estimated time per question for language arts is greater than the estimated time per question for math.
1 answer:
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so, their corresponding angle will also be equal
now, we know that
sum of all angles in any triangle is always 180
so, we can get equation as
now, we can solve for x
so, option-C..............Answer
Answer:
Choice b. has to be false.
Step-by-step explanation:
Consider the truth table of (
implies
).
is true and
is true:
would be true.
The only combination where is false is when
is true and
is false. Hence, the
here must be false.
Answer:
Step-by-step explanation:
STEP 1: Subtract 11x from 7x.
STEP 2: Subtract 10 from 12.
Minus both sides by 2m
Minus both sides by k
Divided both sides by 7
Minus both sides by k
Divided both sides by 7