Answer:
m= -40x^13/3 = 5/3x
Step-by-step explanation:
Answer:
m < FGH = 83
mPM = 139
Bottom left:
x = 16
Bottom right:
x = 5
Step-by-step explanation:
The measurement value (which is sometimes referred to simply as the measurement) is the value given by a measuring instrument and the true value is the actual value of the property being measured.
Answer:
12, 14
Step-by-step explanation:
Let's call the smallest number n.
Let n + 2 = the larger even integer.
Let's write our equation:
"The smaller of two consecutive even integers is five more" would be +5 and "nne half of the greater" can be written as (n + 2).
n = 5 + (n + 2)
Solvew for n.
n = 5 + (n + 2)
Let's multiply each side by 2, to get rid of the fraction, .
2 (n) = 2(5 + (n + 2))
2n = 2* 5 + 2*((n + 2))
2n = 10 + (n + 2)
2n = 10 + n + 2
2n = 10 + 2 + n
2n = 12 + n Subtract n from each side.
2n - n = 12 + n - n
2n - n = 12
n = 12
Let's solve for our other integer:
n + 2 = 12 + 2 = 14
So our 2 consecutive, even integers are
12 and 14
Answer:
75%
Step-by-step explanation:
Because if 10 is half and 5 is half of 10 its 75%
Given:
He has $20 to spend and the frogs cost $2.50 each.
To find:
The inequality to find how many frogs he can afford.
Solution:
Let x be the number of frogs he can afford.
Cost of one frog = $2.50
Cost of x frogs = $2.50x
He has $20 to spend. It means, the total cost, i.e., $2.50x, must be less than or equal to $20.
Divide both sides by 2.50.
Therefore, the maximum number of frogs he can afford is 8.