Question

Fill in the blanks:
1. In ....a.... growth, both the progeny cells following mitotic cell division retain the ability to divide and continue to do so.
2. In ...b... growth, following mitotic cell division, only one daughter cell continues to divide while the other differentiates and matures.
3. Arithmetic growth is mathematically expressed as ...c...
4. The exponential growth can be expressed as ...d...

• A. $a$—arithmetic, $b$—geometric, $c—W, = W_{o}e^{rt}, d—L_{t}, — L_{o} +rt$
• B. $a$—arithmetic, $b$—geometric,$d—W_{1}, = W_{o}e^{rt}, c—L_{t} = L_{o} + rt$
• C. $b$—arithmetic, $a$—geometric, $c—W_{1}, = W_{o}e^{rt}, d—L_{t}= L_{o} + rt$
• D. $b$—arithmetic, $a$—geometric, $d—W_{1}, = W_{o}e^{rt}, c—L_{1},= L_{o} + rt.$
• E. a. In geometric growth, both the progeny cells follow ing mitotic cell division retain the ability to divide and continue to do so.
  b. In arithmetic growth, following mitotic cell division, only one daughter cell continues to divide while the other differentiates and matures.
  c. Arithmetic growth is mathematically expressed as $L_{t} = L_{o}+ rt$
  d. The exponential growth can be expressed as $W_{1}= W_{o}e^{rt}$

Answer 1

Answer: (D)

Correct answer is (d) $b$—arithmetic, $a$—geometric, $d—W_{1}, = W_{o}e^{rt}, c—L_{1},= L_{o} + rt.$