What is the x-intercept of the continuous function shown in the table? (0, –8) (0, 2) (–8, 0) (2, 0)
Answers
Answer 1
Answer:
The correct answer is D (2,0)
Answer 2
Answer:
Answer:
option D [2.0]
Step-by-step explanation:
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The center of rotation is point P. Which describes the rotation of ΔABC to form ΔA'B'C'?A. clockwise 270° B. clockwise 360° C. counterclockwise 180° D. counterclockwise 90°
sherry was in charge of distributing 25 food items that were donated to the local food pantry.on monday,she distributed 8 items. on tuesday,she distributed 7 items.five more items were distributed on wednesday.what fraction of the food items were distributed by the end of the day on wednesday.
What is the best time to divide a half dolloar between two people?at a _ _ _ _ _ _ _ _ _ _ _
Simplify 3 over quantity of 5 minus 6 i . (1 point)
What is 87.235 to the nearest hundredth
sherry was in charge of distributing 25 food items that were donated to the local food pantry.on monday,she distributed 8 items. on tuesday,she distributed 7 items.five more items were distributed on wednesday.what fraction of the food items were distributed by the end of the day on wednesday.
What is the best time to divide a half dolloar between two people?at a _ _ _ _ _ _ _ _ _ _ _
Simplify 3 over quantity of 5 minus 6 i . (1 point)
What is 87.235 to the nearest hundredth
Answers
To find out what number a different number is a certain percentage of, all we need to do is divide the known number by the percentage.
To do THAT, we first need to convert the fraction into a decimal. We can do this by either dividing the percentage by 100, or (my personal shortcut) just shifting the decimal point over two places to the left.
60% = 0.6
Now, we just divide the known number by the decimal.
24 / 0.6 = 40
So that will be our answer.
24 is 60% of 40.
Hope that helped! =)
To do THAT, we first need to convert the fraction into a decimal. We can do this by either dividing the percentage by 100, or (my personal shortcut) just shifting the decimal point over two places to the left.
60% = 0.6
Now, we just divide the known number by the decimal.
24 / 0.6 = 40
So that will be our answer.
24 is 60% of 40.
Hope that helped! =)
60% is 6/10 s. 24/6=4,4*10=40
40 is your answer
Hope that helps
40 is your answer
Hope that helps
Answers
First you subtract -1.802 and 0.054 which equal to -1.856 then you can check if it's correct by adding -1.856 and 0.054 which equals -1.802.
Answers
four million, three hundred, fifty thousand, seven hundred, sixty-two
four million three hundred fifty ,seven hundred sixty two
310/11,79/20,3.64, and 3.906?
Answers
One way, change them all to decimals
= 28.1818...
= 3.95
3.64
3.906
Order from least to greatest:
3.64, 3.906,,
3.64
3.906
Order from least to greatest:
3.64, 3.906,
Answers
let's say that in the beginning he weighted x and at the end he weighted x-y, y being the number of kg he wanted to loose.
first month he lost
y/3
then he lost:
(y-y/3)/3
this is
(2/3y)/3=2/9y
explanation: ((y-y/3) is what he still needed to loose: y minus what he lost already
and then he lost
(y-2/9y-1/3y)/3+3 (the +3 is his additional 3 pounts)
(y-2/9y-1/3y)/3-3=(7/9y-3/9y)/3+3=4/27y+3
it's not just y/3 because each month he lost one third of what the needed to loose at the current time, not in totatl
and the weight at the end of the 3 months was still x-y+3, 3 pounds over his goal weight!
so: x -y/3-2/9y-4/27y-3=x-y+3
we can subtract x from both sides:
-y/3-2/9y-4/27y-3=-y+3
add everything up:
-19/27y=-y+6
which means
-19/27y=-y+6
y-6=19/27y
8/27y=6
4/27y=3
y=20.25
so... that's how much he wanted to loose, but he lost 3 less than that, so 23.25
ps. i hope I didn't make a mistake in counting, let me know if i did. In any case you know HOW to solve it now, try to do the calculations yourself to see if they're correct!
first month he lost
y/3
then he lost:
(y-y/3)/3
this is
(2/3y)/3=2/9y
explanation: ((y-y/3) is what he still needed to loose: y minus what he lost already
and then he lost
(y-2/9y-1/3y)/3+3 (the +3 is his additional 3 pounts)
(y-2/9y-1/3y)/3-3=(7/9y-3/9y)/3+3=4/27y+3
it's not just y/3 because each month he lost one third of what the needed to loose at the current time, not in totatl
and the weight at the end of the 3 months was still x-y+3, 3 pounds over his goal weight!
so: x -y/3-2/9y-4/27y-3=x-y+3
we can subtract x from both sides:
-y/3-2/9y-4/27y-3=-y+3
add everything up:
-19/27y=-y+6
which means
-19/27y=-y+6
y-6=19/27y
8/27y=6
4/27y=3
y=20.25
so... that's how much he wanted to loose, but he lost 3 less than that, so 23.25
ps. i hope I didn't make a mistake in counting, let me know if i did. In any case you know HOW to solve it now, try to do the calculations yourself to see if they're correct!
Answers
-- Pick any small piece of the line.
-- From the left end to the right end of that piece, measure
how much the line rises or drops.
-- Measure how much horizontal distance that piece covers.
-- Divide the amount of rise or drop by the horizontal distance.
That number is the slope of the line.
-- If the line drops as it goes from left to right, then the slope is negative.
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