Answer:
7x8x10
Step-by-step explanation:
there are lots of possible answers, ranging from 1x48x10 to 7x8x10. I'm thinking there must be another data point to determine it more precisely.
Answer:
The base is One-fourth.
The expanded form is (One-fourth) (one-fourth) (one-fourth).
(One-fourth) cubed = StartFraction 1 Over 64 EndFraction
Step-by-step explanation:
Given:
Evaluate (One-fourth) cubed.
(1/4)^3
= (1/4) (1/4) (1/4)
= 1/64
The base is One-fourth.
The expanded form is (One-fourth) (one-fourth) (one-fourth).
(One-fourth) cubed = StartFraction 1 Over 64 EndFraction
Answer:
-8
Step-by-step explanation:
if you sub in 8 as the value for y, you get
-4x - 8 = 24
add 8 on both sides to simplify
-4x = 32
divide both sides by -4
x = -8
Answer:
-1/2y+4<9
-1/2y+4-4<9-4
-1/2<5
(2/-1)*(-1/2y)<(2/-1)*(5)
y>-10
answer is y>-10
Step-by-step explanation:
The population triples ( P × 3 ) every ten minutes...
So if ten minutes is reached there will be 1,200 bacteria.
Edited - missed the question
** The units for time should be in minutes.
P = 400 × 3^(t/10)
at t = 0 ; P = 400
at t = 10 ; P = 1,200
When P = 600
600 = 400 × 3^(t/10)
6/4 = 3^(t/10)
Log(3/2) = Log(3^(t/10))
power rule
Log(3/2) = (t/10) Log(3)
10 × Log(3/2)/Log(3) = t
3.69 minutes the population will be at 600 bacteria
Unites for time are in minutes.
