x+9<15
5>2+y
z-2.3<4.7
6
Answer:
Step-by-step explanation:
x+9<15
x<6
5>2+y
y<3
z-2.3<4.7
z<7
To write 5 3/10 as an improper fraction, convert the whole number to a fraction and add the fractional part. Therefore, 5 3/10 as an improper fraction is 53/10.
To write 5 3/10 as an improper fraction, we first convert the whole number to a fraction by multiplying it by the denominator of the fractional part. In this case, 5 * 10 = 50. So, the whole number 5 can be written as the fraction 50/10. Then, we add the fractional part, which gives us 53/10. Therefore, 5 3/10 as an improper fraction is 53/10.
#SPJ2
Answer:
16. y < 1 - 2|x -2|
17. y ≥ 3 + (1/2)|x -2|
Step-by-step explanation:
16. Shading is below the dashed line, so the inequality is ...
y < (something)
The function is an inverted absolute value function with slopes ±2, so -2 is the multiplier. Its vertex is translated to (2, 1), so the parent function is modified to be ...
f(x -2) +1
With the multiplier and the comparison added, the whole inequality is ...
y < -2|x -2| +1
__
17. Shading is above the solid line, so the inequality is ...
y ≥ (something)
The function is an absolute value function translated to (2, 3) and given a vertical scaling of 1/2. So, your inequality is ...
y ≥ (1/2)|x -2| +3
Answer:
16. y < 1 - 2|x -2|
17. y ≥ 3 + (1/2)|x -2
Step-by-step explanation:
Answer:
There are 15 bees.
Step-by-step explanation:
Let's call x the total number of bees. There is one fifth of that in one bush, which can be written as:
there is one third on another, which is:
the other one has three times the difference between the previous two:
So, if we add those three quantities plus one single bee that flew away, it all should add up to the total number of bees, which is x. So:
We will solve for x:
We will move the positive x on the right of the equal as a negative one to the left:
We can prove this answer by replacing in the original equation:
Answer:
C. 6
Step-by-step explanation:
Answer: C) 6
Step-by-step explanation: usatestprep approved