The most likely and preferred unit of measurement for the number of strawberries is pounds.
Given that,
Jamison owns a smoothie shop. He is placing an order for strawberries and pineapple juice for a new specialty drink. Which would be the most appropriate unit of measurement for the number of strawberries Jamison will order is to be determined.
<h3>What is a measurement unit?</h3>
Measurement units are the units of measurement of all three states of matter.
Here,
Strawberries have moderate weight and are solid as well so the most preferred unit for the measurement is ounces for moderate use and pound for commercial use,
Since Jamison has a shop, and he uses strawberries for commercial use to make drinks and sell it further, implies pounds is the appropriate unit of measurement.
Thus, The most likely and preferred unit of measurement for the number of strawberries is pounds.
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My Mom did the work. The answer came out as X= 4.
Radioactive half-life is the time it takes for half an amount of radioactive material to decay into something else. In this case, it is assumed that the decay product is not radioactive or otherwise hazardous.
We must use the radioactive decay formula to determine at what time the radiation reaches a safe level.
A = Ao[e^(-0.693)(t)(t 1/2) where t 1/2 is the half-life, t is elapsed time, Ao is the original quantity, A is the future quantity.
We are given a half-life of 2.4 days , an Ao of 1.25 and an A of 1.00:
1.00 = (1.25)e^(-0.693)(2.4)t
1.00/1.25 = e^(-1.6632)t
0.8 = e^(-1.6632)t
t = 0.135 days = 3 hrs 15 min
This is the amount of time to a "safe level" using only radioactive decay, not venting or other means.
Answer:
I think the answer is 32 minutes
Step-by-step explanation:
20/100×40
=8
=40-8
=32 minutes
Answer:
17/k
Step-by-step explanation:
The algebraic expression is to divide 17 by k
17/k This can't be simplified because there is a variable in the denominator.
