Answer:
94% lung capacity.
Step-by-step explanation:
Find the unit rate. Divide 2 by 4 which gets 0.5.
Take 0.5 times 12 (12 months in one year)
You should get 6.
Then, 100 minus 6 (because the patient loses capacity) therefore you should get 94.
Answer:
94.1%
Step-by-step explanation:
Convert that 100% to "1." Then:
Lung capacity as a decimal fraction) = C(x) = 1(1.00-0.02)^x, where x represents the number of 4-month periods.
After the first 4-month period, the lung cap should be 1(1.00-0.02)^1, or 0.98.
After the 2nd 4-month period, 1(0.98)^2, and
After the 3rd 4-month period, 1(0.98)^3, or 0.941
After 1 year (which is after three 4-month periods), the patient's lung cap has declined to 0.941 of its former maximum value (1), or 100%. 0.94 is equivalent to 94.1%.
Answer:
Answer in fraction form: {2 1/15}
One
Two
Infinitely many
can you maybe answer quickly. I need help asap
Answer:
Option A is correct.
The Solutions can be found for the equation 4x − 8 − 4x = 9 is, Zero
Step-by-step explanation:
Given the equation:
Like terms are those terms which have same variable to the same power.
Combine like terms;
⇒The equation does not have any solution
Therefore, the Solutions can be found for the equation 4x − 8 − 4x = 9 is, Zero