Answer:
51.54 mg of ibuprufen would be left after 6 hours
Step-by-step explanation:
Using exponential decay function:
y = a ×
y : Final amount after decay
a : Original amount = 400
x : time = 6 hrs
1 - b: decay factor = 29%
Amount of Ibuprofen left after 6 hours will be:
= 400 ×
= 400 ×
= 400 ×
= 400 × 0.1281
= 51.54 mg
The pythagorean theorem equation is a^2 (a squared) + b^2 (b squared) = c^2 (c squared)
so a^2+b^2=c^2
Given the Scale of the Drawing as 3 : 1000
It means in the Drawing a Length of 3cm is Equal to 1000cm of the Actual Pool
It means in the Drawing a Length of 3cm is Equal to 10m of the Actual Pool
Given the Length of the Pool in the Drawing is 15cm
⇒ Actual Length of the Pool is 5 × 10m = 50m
Given the Width of the Pool in the Drawing is 7.5cm
⇒ Actual Width of the Pool is 2.5 × 10m = 25m
We know that Area of Rectangular Pool is Length × Width
⇒ Area of the Rectangular Pool = 50 × 25 = 1250m²
Answer:
15*10∧-5
Multiple 15 x 0,000001 = 0,000015.
Answer:
x>-
Step-by-step explanation:
-3x+8<15
-8 -8
-3x<7
-3x/-3 <7/-3
x>-7/3