Curriculum
Login

Curriculum

Biology & Geology (STEM)

Chapter 1 - Support and Movement in Living Organisms

0/26

Chapter 2 - Hormonal Coordination in Living Organisms

0/32

Chapter 3 - Reproduction in Living Organisms

0/33

Chapter 4 - Immunity in Living Organisms

0/34

Chapter 5 - Molecular Biology - DNA Structure and Function

0/37

Chapter 6 - Molecular Biology - RNA, Protein Synthesis and Genetic Engineering

0/38

Chapter 7 - Geology, Earth Sciences and Ecology

0/20
Quiz

Lesson 2: Adrenal Glands, The Pancreas and Reproductive Gonads — Picture questions (exam style)

Submit quiz
Once you submit, you will no longer be able to change your answers. Are you sure you want to submit the quiz?
Cancel Submit
  • Questions count: 20
  • Passing grade: 60%
Start Quiz
1.
The graph shows blood glucose of persons A and B after a sugary meal at 60 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 60 min. Which option is correct?
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 45 min after the meal
the diabetic person is B, cause: excess insulin, normal person back to baseline 90 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 120 min after the meal
the diabetic person is A, cause: excess insulin, normal person back to baseline 45 min after the meal
2.
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
the diabetic person is B, cause: excess insulin, normal person back to baseline 120 min after the meal
the diabetic person is B, cause: excess insulin, normal person back to baseline 180 min after the meal
the diabetic person is A, cause: excess insulin, normal person back to baseline 180 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 120 min after the meal
3.
The graph shows blood glucose of persons A and B after a sugary meal at 30 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 30 min. Which option is correct?
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 180 min after the meal
the diabetic person is A, cause: excess insulin, normal person back to baseline 180 min after the meal
the diabetic person is A, cause: lack of glucagon from alpha cells, normal person back to baseline 45 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 120 min after the meal
4.
The graph shows blood glucose of persons A and B after a sugary meal at 30 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 30 min. Which option is correct?
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 90 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 60 min after the meal
the diabetic person is A, cause: lack of adrenaline, normal person back to baseline 45 min after the meal
the diabetic person is B, cause: excess insulin, normal person back to baseline 90 min after the meal
5.
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 210 min after the meal
the diabetic person is B, cause: excess insulin, normal person back to baseline 45 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 150 min after the meal
the diabetic person is A, cause: lack of glucagon from alpha cells, normal person back to baseline 210 min after the meal
6.
The graph shows blood glucose of persons A and B after a sugary meal at 30 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 30 min. Which option is correct?
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 120 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 120 min after the meal
the diabetic person is A, cause: excess insulin, normal person back to baseline 120 min after the meal
the diabetic person is B, cause: lack of adrenaline, normal person back to baseline 90 min after the meal
7.
The graph shows blood glucose of persons A and B after a sugary meal at 60 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 60 min. Which option is correct?
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 60 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 150 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 90 min after the meal
the diabetic person is B, cause: lack of glucagon from alpha cells, normal person back to baseline 90 min after the meal
8.
The graph shows blood glucose of persons A and B after a sugary meal at 60 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 60 min. Which option is correct?
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 90 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 45 min after the meal
the diabetic person is A, cause: lack of adrenaline, normal person back to baseline 150 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 90 min after the meal
9.
The graph shows blood glucose of persons A and B after a sugary meal at 60 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 60 min. Which option is correct?
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 45 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 60 min after the meal
the diabetic person is B, cause: lack of adrenaline, normal person back to baseline 60 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 90 min after the meal
10.
The graph shows blood glucose of persons A and B after a sugary meal at 30 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 30 min. Which option is correct?
the diabetic person is B, cause: excess insulin, normal person back to baseline 120 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 120 min after the meal
the diabetic person is A, cause: lack of glucagon from alpha cells, normal person back to baseline 45 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 45 min after the meal
11.
The graph shows blood glucose of persons A and B after a sugary meal at 60 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 60 min. Which option is correct?
the diabetic person is B, cause: excess insulin, normal person back to baseline 210 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 150 min after the meal
the diabetic person is B, cause: lack of adrenaline, normal person back to baseline 150 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 150 min after the meal
12.
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 45 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 120 min after the meal
the diabetic person is A, cause: lack of adrenaline, normal person back to baseline 45 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 120 min after the meal
13.
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 150 min after the meal
the diabetic person is B, cause: excess insulin, normal person back to baseline 210 min after the meal
the diabetic person is A, cause: lack of glucagon from alpha cells, normal person back to baseline 150 min after the meal
the diabetic person is B, cause: lack of adrenaline, normal person back to baseline 120 min after the meal
14.
The graph shows blood glucose of persons A and B after a sugary meal at 30 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 30 min. Which option is correct?
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 45 min after the meal
the diabetic person is B, cause: lack of adrenaline, normal person back to baseline 90 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 90 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 120 min after the meal
15.
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 90 min after the meal
the diabetic person is B, cause: lack of adrenaline, normal person back to baseline 45 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 150 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 90 min after the meal
16.
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
the diabetic person is B, cause: lack of adrenaline, normal person back to baseline 90 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 45 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 90 min after the meal
the diabetic person is A, cause: lack of glucagon from alpha cells, normal person back to baseline 60 min after the meal
17.
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 120 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 150 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 45 min after the meal
the diabetic person is A, cause: lack of glucagon from alpha cells, normal person back to baseline 120 min after the meal
18.
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
the diabetic person is A, cause: lack of glucagon from alpha cells, normal person back to baseline 60 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 45 min after the meal
the diabetic person is A, cause: excess insulin, normal person back to baseline 45 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 90 min after the meal
19.
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 0 min. Which option is correct?
the diabetic person is B, cause: excess insulin, normal person back to baseline 120 min after the meal
the diabetic person is B, cause: lack of adrenaline, normal person back to baseline 120 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 120 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 150 min after the meal
20.
The graph shows blood glucose of persons A and B after a sugary meal at 60 min. Which option is correct?
The graph shows blood glucose of persons A and B after a sugary meal at 60 min. Which option is correct?
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 210 min after the meal
the diabetic person is B, cause: lack of insulin from beta cells, normal person back to baseline 210 min after the meal
the diabetic person is A, cause: lack of insulin from beta cells, normal person back to baseline 150 min after the meal
the diabetic person is B, cause: lack of glucagon from alpha cells, normal person back to baseline 120 min after the meal
  • 1
  • 2
  • 3
  • 4
  • 5
  • 6
  • 7
  • 8
  • 9
  • 10
  • 11
  • 12
  • 13
  • 14
  • 15
  • 16
  • 17
  • 18
  • 19
  • 20