Answer:
seeds planted in the farm
From these 3000 we know that only 2200 germinated
In order to determine the probability that a seed will germinate we can use the definition of probability given by:

From this definition we need to divide the possible cases by the total cases and for this case if we replace we got:

So then the probability that the seed will germinate is 0.733 from the sample data obtained
Step-by-step explanation:
For this case we know that the sample size is:
seeds planted in the farm
From these 3000 we know that only 2200 germinated
In order to determine the probability that a seed will germinate we can use the definition of probability given by:

From this definition we need to divide the possible cases by the total cases and for this case if we replace we got:

So then the probability that the seed will germinate is 0.733 from the sample data obtained
Answer:
Step-by-step explanation:
im confuesd here
Answer:
z=2
Step-by-step explanation:
2z-6=2(2+2)-10 Distribute.
2z-6=4+4-10 Combine like terms.
2z-6=-2 Add 6 on both sides.
<u>+6 +6</u>
2z=4 Divide by 2 on both sides.
<u>/2 /2</u>
z=2
Hope this helps! Have a great day ^^
Answer:
Reflect over x-axis, Translate 5 units right, Dilate by a factor of 2
Step-by-step explanation:
I think this is correct The dilation probably isn't but those are the three transformations. But i am pretty sure i am right.
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