Answer:
We need to find the lowest common divisor which is the smallest possible number that is dividable by ALL numbers.
We have the following numbers:




For the denominators (3, 3, 5, 5) the least common multiple (LCM) is 15.
LCM(3, 3, 5, 5)
. Therefore, the least common denominator (LCD) is 15.
Rewriting the original inputs as equivalent fractions with the LCD:
125/15, 300/15, 75/15, 180/15
SE is hypotenuse so with having <span>coordinates of S and E we can say midpoint is (6+0/2,8+0/2)=(3,4)
i really don't know what are those options </span>
If y varies directly with x, means that they can be modeled by a linear equation, lets choose a line with 0 y intercept, that is:
y = mx + b
y = mx
where m is the slope of the line, now we plug in the data we have:
y = mx
20/3 = m(30)
solving for m:
m = (20/3)(1/30)
m = 20/90
m = 2/9
so the line equation, or function modeling the y and x relationship is:
y = (2/9)x
Answer:
Carlos rode further on Sunday by 1 and StartFraction 51 over 56 EndFraction miles
Step-by-step explanation:
Carlos biked StartFraction 139 over 8 EndFraction miles on Saturday
= 139/8 miles
And on Sunday = StartFraction 135 over 7 EndFraction miles on Sunday.
= 135/7 miles
On which day did he ride further and by how much?
To calculate this, we have to find the difference between the number rode miles he rode on Saturday and Sunday
= Number miles(Sunday) - Number rod miles for Saturday
= 135/7 - 139/8
= LCD, Lowest Common Denominator
= 56
= 8(135) - 7(139)/56
= 107/56
= 1 51/56
Carlos rode further on Sunday by 1 and StartFraction 51 over 56 EndFraction miles
I basically just used guess and check for this question and ended up with a set of five numbers, which are 5,6,8,8,13
Mean: 5+6+8+8+13 divided by five is eight,so that's correct
The mode is eight so that's correct
The median is eight too so that's correct