A certain strain of bacteria is growing at a rate of 73% per hour, and with 5,000 bacteria initially, this event can be modeled by the equation B(t) = 5,000(1.73)t. With this fast growth rate, scientists want to know what the equivalent growth rate is per minute. Using rational exponents, what is an equivalent expression for this bacterial growth, expressed as a growth rate per minute? B(t) = 5,000(1.73)start fraction t over 60 end fraction
B(t) = 5,000(1.0092)60t
B(t) = 5,000(1.0092)t
B(t) = 5,000(1.73)t

connie < felicia < stew

step-by-step explanation:

stew:

we need to find the slope

m = (y2-y1)/ (x2-x1)

    = (2650-795)/(10-3)

    = 1855/7

265 words per minute

connie:

we need to find the slope

m = (y2-y1)/ (x2-x1)

we have two points (0,0) and (4,800)

m = (800-0)/(4-0)

  m = 800/4

    200 words per minute

felicia:

260 words per minute

200< 260 < 265

connie < felicia < stew

x=6 and x=3

beep beep imma sheep

step-by-step explanation:

left be aligning the decimal points is required to not required see the number of digits to the right