What problem does weatherstripping solve?

Question

Here is the question : WHAT PROBLEM DOES WEATHERSTRIPPING SOLVE?

Option

Here is the option for the question :

  • Ice buildup
  • Air leaks
  • Clogged gutters
  • Frozen pipes

The Answer:

And, the answer for the the question is :

Air leaks

Explanation:

Drafts and an overabundance of moisture can be caused by air leaks that occur around moveable home components such as doors and windows. A strip of felt, foam, or vinyl is typically adhered to the doorway or window frame in order to help fill the gap and reduce air leaks. This is done because these openings cannot be permanently sealed. Homeowners can save money on their utility bills by reducing the amount of money they spend on heating and cooling their homes by repairing these issues with weatherstripping.

What problem does weatherstripping solve?
Samuel Morse, the inventor of Morse Code, was not always known for his contributions to communication technology. Before delving into the realm of telegraphy and code systems, Morse pursued a career that was seemingly unrelated: painting. Yes, you read that right. Samuel Morse, the man whose name is forever associated with the dots and dashes of Morse Code, was initially a painter.

Born on April 27, 1791, in Charlestown, Massachusetts, Morse displayed an early aptitude for the arts. He nurtured his artistic talents while attending the prestigious Phillips Academy in Andover, Massachusetts. Later, he continued his education at Yale College, where he further honed his skills as a painter. During this time, Morse developed a deep love for the arts and saw himself pursuing a successful career as a painter.

After completing his studies, Morse embarked on a journey to Europe, where he immersed himself in the vibrant art scene. He traveled extensively, visiting renowned galleries and museums, studying the works of the Old Masters and absorbing the various artistic styles prevalent at the time. This exposure to European art had a significant impact on Morse’s artistic development.

Upon returning to the United States, Morse established himself as a respected portrait painter. His attention to detail and ability to capture the essence of his subjects made him highly sought after. Morse’s portraits were known for their lifelike quality, and he became renowned for his ability to convey the personalities of his sitters on canvas.

Morse also took up teaching at the New York City’s National Academy of Design. He was a dedicated and influential instructor, imparting his knowledge and skills to aspiring artists. Morse’s passion for art and his commitment to nurturing young talent were evident in his teaching methods.

However, despite his success as a painter and educator, Morse’s life took an unexpected turn that would eventually lead him away from the world of art and into the realm of invention. In 1825, while returning from Europe on a ship, he overheard a conversation about electromagnetism and the possibility of transmitting messages over long distances using electric currents. This conversation sparked a curiosity within Morse that would change the course of his life forever.

Motivated by the idea of revolutionizing communication, Morse began experimenting with the concept of an electric telegraph. Over the next several years, he dedicated himself to developing a system that would allow messages to be transmitted quickly and efficiently across vast distances. Morse’s relentless pursuit of this goal eventually led to the creation of Morse Code, a system of dots and dashes representing letters and numbers.

Morse’s early occupation as a painter should not be forgotten. His artistic background undoub