Answer:
the last one
Step-by-step explanation:
5n≥25
and if you divide 5 on both sides, n≥5 (I don't know if you are supposed to solve or simply put it in the equation form).
Product refers to multiplication. so 5 and n are being multiplied in the equation.
However, instead of using an equal sign, the sign for "greater than or equal to" must be used. "At least" is a term equivalent to "greater than or equal to".
Rewrite the promblem as the square root of √25*2/9 since 25 is a perfect square take the square of it from the radical which gives u 5 leaving you with 5√2/9 simplified
Answer:
Shift 4 units left, reflected over x-axis, shift two units down.
Step-by-step explanation:
ok, so what happened was 4 was added to every x, the whole thing was multiplied by -1 and -2 was added to the whole function
so
adding 4 to every x shifts the graph to the left 4 units
multiplying the whole function by -1 reflects it over the x axis
adding -2 to the whole function moves it down2 units
plz mark me as brainliest :)
First, simplify the two inequalities.
2x - 5 < 7
2x < 12 <-- Add 5 to each side
x < 6 <-- Divide both sides by 2
4x + 10 > 6
4x > -4 <-- Subtract both sides by 10
x > -1 <-- Divide both sides 4
Now we have the compound inequality x < 6 OR x > -1
To fulfill the first inequality, x has to be less 6. For the second inequality, x has to bigger than -1.
So, the answer is B. (-infinity, infinity).
