How many drops per minute?
There are 16 drops per ML.
1000 ML = 1 L.
1L = 1000 ML
Therefore 1.08 L = 1.08 * 1000 = 1080 ML
16 drops per ML means I ML has 16 drops.
Therefore 1080 ML has: (1080 * 16) drops.
Number of drops per min:
Since the entire process took 3 hours = 3 * 60 minutes = 180 minutes.
Therefore Number of drops per minute = Number of Drops / Time in minutes
= (1080 * 16) /(180)
= 96 drops per minute.
The line whose equation is
y = (any number) - 2x
is parallel to the line y = 3 - 2x , because they have the same slope.
Answer: (ii) We reject H0---this sample provides significant evidence that the program is effective.
Step-by-step explanation:
The null hypothesis is
The program is not effective for weight loss.
The alternative hypothesis is
The program is effective for weight loss.
If the P-value for the test turns out to be 0.012, and the level of significance is 0.05, then
Alpha, 0.05 > p value, 0.012
Therefore, there is enough evidence to reject the null hypothesis. We then accept the alternative hypothesis.
The correct option is
(ii) We reject H0---this sample provides significant evidence that the program is effective.
Hi, It is well simples:
The distance between two points is :
d( A, B) = √[ (xb - xa)^2+(yb - ya)^2+(zb - za)^2]
Then,
A = (xa, ya, za )
B = (xb , yb , zb)
We know:
A = ( 2 ,0 ,-2)
And,
B = (5 , -4 , 6)
___________
xb - xa = 5-2 <=> 3
yb - ya = -4 - 0 <=> -4
zb - za = 6 - (-2) <=> 8
Then us stay:
d( A, B) = √[ (3)^2 + (-4)^2+(8)^2]
= √( 9 + 16 + 64)
= √( 25 + 64)
= √(89)
Answer:
80 units cubed
Step-by-step explanation:
Volume=Base area x Height=16x5=80
Base area=8x2=16
Height=5
