70% degree I hope that’s the right answer
:
The percent increase is found by finding the difference between the two prices and then dividing that different by the beginning price.
For this example it would be 65-39= $26. So $26/$39(the starting price) is 0.666... This is equivalent to about 66.67%. So, the price of the card increased by about 66.67%
Answer:
P [ Z < 66 ] = 35,15 %
Step-by-step explanation:
Normal Distribution
Population mean μ₀ = 75,4
Standard deviation σ = 5,2
Then:
P [ Z < 66 ] = ( 66 - 75,4 ) / 5,2
P [ Z < 66 ] = - 9,4 / 5,2
P [ Z < 66 ] = - 1,81
In z-table we look for the reciprocate area for that z score and find
P [ Z < 66 ] = 0,3515
P [ Z < 66 ] = 35,15 %
I belive its
-5 × 6( 3 × 2 - 12x + 30 )
-5 × 6( 6 - 12x + 30 )
-5 × 6( -12x + 36 )
-30 ( -12x + 36 )
From this point you distribute (-30)
( 360x + -1,080 )
Then divide 360 from x and -1,080, to get -3 = x or i guess -3x then divide -3 by -3 to get just x by itself
Im not sure hope this helpes
<span>Using PEMDAS, solve the equation
−2\3 (3- 1\2) (-1) -> -2/ 3(3-0.5)(-1) -> -2/3(2.5)(-1) - > -2/3(-2.5) -> 5/3 -> 1 2/3
1 and 2/3 is the same thing as 2-1/3
The answer is B
</span>
