Answer: No. Jamies reasoning doesn't make any sense.
Counter example :- Isha decides to go on walk on every 4th day and go for gym on every 2nd day in a month.
Then Isha will do both the things on same day = LCM (4,2)
Now, LCM of 4 and 2 = 4
Therefore, Isha will do both the things on 4th day of the month .
Step-by-step explanation:
Jamies reasoning doesn't make any sense.
Because the LCM of 3 and 6 = 6 not 18[since 6=3×2]
LCM is the least common multiple number of two or more numbers.
Answer:
80
,
531
Step-by-step explanation:
First picture:
You got the first two right (good job!), so I'll just tackle the third one. If you have to compute 
, it means that you have to substitute 
in place of 
. Differently from the first two points, this will generate a new function, rather than a specific value:
Second picture:
Given the point 
highlighted in the picture, you can deduce that the base is 
units long (since it spans from 
to 
) and the height is 
units long (because it spans from to ). So, the area of the rectangle is the multiplication between base and height:
But we know that 
, so we have
The domain of this function is given by the domain of the square root: we want its argument to be non, negative, so we have
But since the problem is symmetric, the answer is
You can only see the answer 
because, if you choose 
or 
, the rectangle degenerates to a segment, and your exercise doesn't like this scenario, apparently
Answer:
It's letter C
Step-by-step explanation:
Answer:
C
HOWEVER: "Less Than" is usually depicted as a dashed line at the border. and there MUST be an OR between these two equations to include all of the blue area. An "and" there would exclude the area between the edge lines.
Step-by-step explanation:
2x + y < 10
y < -2x + 10
3x + 2y < 12
2y < -3x + 12
y < -1.5x + 6
