Respuesta :
For A, you take 70% of 421,000 and subtract that from 421,000. You should solve like this: 421,000 - (0.7 x 421,000).
For B, you take 40% of 31.50 and add it to 31.50. (31.50 + (31.50 x 0.4).
This is all I can give for now. Glad to help you!
For B, you take 40% of 31.50 and add it to 31.50. (31.50 + (31.50 x 0.4).
This is all I can give for now. Glad to help you!
Answer:
A) Bacteria left after taking the new drug = 126,300 bacteria
B) The new cost is $44.10
C) the has to produce 181,819 drug to make $2 million profit.
Step-by-step explanation:
Given:
New drug eliminate 70% of bacteria. If there are over 100,000 bacteria after the new drug the patient has to take another drug which cost 40% more expense.
Part A
A new patient has 421,000 bacteria.
The new drug eliminate 70% of the bacteria.
Eliminated bacteria = 70% of 421,000
= [tex]\frac{70}{100} *421,000\\=0.7*421,000\\= 294,700[/tex]
Bacteria left after taking the new drug = 421,000 - 294,700
Bacteria left after taking the new drug = 126,300 bacteria
Part B
The new cost 40% more than $31.50
New cost = $31.50 + 40% of 31.50
= [tex]= 31.50 + 0.4*31.50\\= 31.50 + 21.60\\= $44.10[/tex]
The new cost is $44.10
Part C
The company produces them with $11 profit.
The company has to make $2,000,000 profit.
The number of drug produce = $2,000,000 divided by $11
= [tex]\frac{2000000}{11} = 181,818.18[/tex]
The drug cannot be in decimal form.
So, the company has to produce 181,819 drug to make $2 million profit.