Answer:
Given
Per Kg of body mass, there is 3 gram of potassium
And abundance of three isotopes are as follows
Potassium-39, Potassium-40, and Potassium-41. Have abundances respectively as 93.26%, 0.012% and 6.728%.
1) A body weighing 80 Kg will have 240 grams of potassium. And the amount of Potassium-40 will be 0.012% of 240 gram
= 240*0.012/100 = 0.0288 gram.
2) Dose in (Gy) = (energy absorbed)/(mass of the body) = ( 1.1*106*1.6*10-19)/(80) = 22*10-10 J/kg
Dose (in siverts) = RBE*Dose(in Gy) = 1.2*22*10-10 = 26.4*10-10
Answer:
with the help of drinking water
The statement is true because the weight status of a woman at the beginning of a pregnancy may influence the infant's health status.
<h3>Effects of mother weight on child weight</h3>
Results of the study showed that birthweight of the newborn child increased with increasing maternal pre-pregnant BMI, and that offspring birthweight also increased with increasing weight gain of the mother during pregnancy.
So we can conclude that the statement is true because the weight status of a woman at the beginning of a pregnancy may influence the infant's health status.
Learn more about health here: brainly.com/question/5496881
Answer:
it's the first option
Explanation:
you can't just make any conclusions with that information maybe ther are a lot more things behind that info
Answer:
Describe each of the potential causes and possible treatment modalities.
