Infectious & non-infectious Diseases Quiz Questions and Answers 51 PDF Download

Learn infectious & non-infectious diseases quiz, online Cambridge GCE biology test 51 for distance learning, online courses. Free biology MCQs questions and answers to learn infectious & non-infectious diseases MCQs with answers. Practice MCQs to test knowledge on infectious and non-infectious diseases with answers, gcse a levels biology, transport system in plants, homeostasis, receptors and effectors, ultrafilteration and proximal convoluted tubule, infectious and non-infectious diseases test for online biological science subjects courses distance learning.

Free infectious & non-infectious diseases online course worksheet has multiple choice quiz question: if bacteria remains an inactive form in one's body and do not cause symptom of tuberculosis then it is named as with choices active tb, latent tb, non-infectious disease and active bacteria for e-learning, online colleges' competitive exams to get financial aids in colleges and high schools, study infectious diseases multiple choice questions based quiz question and answers.

Quiz on Infectious & non-infectious Diseases Worksheet 51 Quiz PDF Download

Infectious and non-infectious Diseases Quiz

MCQ. If bacteria remains an inactive form in one's body and do not cause symptom of tuberculosis then it is named as

  1. Active TB
  2. Latent TB
  3. Non-infectious disease
  4. Active bacteria


Ultrafilteration and Proximal Convoluted tubule Quiz

MCQ. In an adult, around 125 cm3 of fluid enters proximal tubules every minute, but % of it transported to loop of Henle is only

  1. 0.25
  2. 0.45
  3. 0.64
  4. 0.74


Homeostasis, Receptors and Effectors Quiz

MCQ. Urea diffuses from liver cells into the

  1. Blood plasma
  2. Tissue fluids
  3. A urinary duct
  4. Kidneys


Transport system in Plants Quiz

MCQ. Plant transport system can have lacking if

  1. Mechanism to transport CO2
  2. Mechanism to transport O2
  3. Pump
  4. All of above


GCSE A Levels Biology Quiz

MCQ. Function of Penicillinases is to

  1. Act as narrow spectrum antibiotic.
  2. Act as broad spectrum antibiotic.
  3. Resist and destroy penicillin.
  4. Destroy the cross-links of peptidoglycan polymers in bacterial cell wall.