Define homeostasis as the regulation of internal conditions

• Why is it important to maintain blood sugar levels?

  To provide energy for the body
• Which organs depend on consistent internal conditions?

  Heart and liver
• Why is maintaining stable internal conditions essential?

  It allows cells to function properly
• What can happen if internal conditions become unstable?

  It can affect health and energy levels
• What is the ideal body temperature for proper cell function?

  37°C (98.6°F)
• What are the main internal conditions the body maintains?

  • Body temperature: around 37°C (98.6°F)
  • Blood sugar: right amount of glucose
  • pH: balanced fluids for cell function
• What is the steady body temperature maintained by homeostasis?

  37°C
• What are some internal conditions regulated by homeostasis?

  Body temperature, blood sugar, and pH
• Why is maintaining a steady 37°C important?

  It ensures cells can work properly
• How do balanced body temperature, blood sugar, and pH affect cells?

  They enable cells to operate efficiently
• What does pH balance in the body help with?

  Correct functioning of cells
• What is the definition of homeostasis?

  Regulation of internal conditions
• What are the consequences of failing to maintain homeostasis?

  Leads to fatigue, illness, or serious health problems
• How does homeostasis ensure proper body function?

  By keeping conditions constant for cellular function
• Why is homeostasis important for the body?

  It keeps internal conditions stable and balanced
• What does the term "internal conditions" refer to in the body?

  Conditions that maintain health and function
• Why is stable blood sugar important?

  It provides a steady energy supply
• What mechanisms does homeostasis use to control internal conditions?

  Hormones and feedback mechanisms
• What happens when body temperature drops?

  Shivering increases to generate heat
• What are the key reasons for maintaining stable internal conditions?

  • Allows cells to function properly
  • Ensures healthy organ operation
  • Provides constant energy
  • Protects against disease
• How do feedback mechanisms contribute to homeostasis?

  They help regulate internal conditions through responses
• How does a stable internal environment protect against disease?

  It helps the body fight off infections