85 Example Sentences Showcasing the Meaning of 'Abacus'
The merchant relied on the abacus to calculate the total cost of the items sold at his shop.
Using an abacus helps students visualize numbers and understand place value in mathematics.
In the advanced mathematics course, the professor showcased how an abacus was a precursor to modern calculators.
The historical exhibit displayed an ancient abacus, illustrating the evolution of early counting tools.
The young prodigy swiftly manipulated the abacus beads to perform complex calculations effortlessly.
The accountant prefers using an abacus for quick estimations before inputting data into the computer.
Learning to use an abacus enhances mental math abilities and improves concentration in students.
The researcher discovered a rare variation of an abacus design dating back to the Renaissance era.
A museum curator meticulously restored an antique abacus, ensuring its preservation for future generations.
During the history lesson, the teacher demonstrated how ancient civilizations used the abacus for counting.
The young students were fascinated as they learned to add and subtract using colorful beads on the abacus.
The finance professor showcased the abacus as an early financial tool that played a crucial role in trade and commerce.
The archaeologist carefully examined the ancient artifacts, including a well-preserved abacus, found at the excavation site.
The skilled mathematician swiftly performed complex calculations using an electronic abacus, showcasing its modern adaptation.
The engineer integrated a digital abacus into the control panel, streamlining the process of data manipulation in the advanced machinery.
The historian marveled at the meticulous records kept by ancient scribes using the abacus, shedding light on daily life in antiquity.
In the robotics workshop, the students collaborated to program a robot capable of simulating abacus-like calculations for problem-solving.
The artisan used an abacus to measure and maintain the precise balance of ingredients in her recipe.
Before the digital era, an abacus was the primary tool for merchants to tally their transactions.
The child marveled at the intricate patterns formed by the abacus beads while learning basic arithmetic.
Exploring ancient civilizations, the archaeologist unearthed a well-preserved abacus, shedding light on their numerical systems.
The abacus provided a tactile and visual way for students to understand mathematical concepts in the classroom.
Utilizing an abacus can foster a deeper understanding of number relationships beyond basic arithmetic.
The researcher published a paper on the cultural significance of the abacus in different historical periods.
The antique collector eagerly acquired a rare, well-preserved abacus to add to their assortment of historical artifacts.
The artist incorporated the abacus into a thought-provoking sculpture, symbolizing the intersection of art and mathematics.
The diligent accountant relied on the abacus to cross-verify financial figures, ensuring precision in the company's records.
The young prodigy amazed the audience by swiftly manipulating the abacus beads, showcasing extraordinary mental math skills.
During the coding competition, participants were challenged to create algorithms inspired by the principles of an abacus.
As the astrophysicist explained complex celestial calculations, a metaphorical abacus became a tool to conceptualize astronomical phenomena.
The linguist drew parallels between language structures and the abacus, illustrating how both involve systematic organization and manipulation.
The architect envisioned a futuristic building with an exterior resembling the beads of an abacus, symbolizing harmony and balance.
The entrepreneur admired the abacus as a timeless symbol of efficiency, incorporating its design elements into the company's logo.
The physics teacher demonstrated the fundamental principles of quantum mechanics using a conceptual abacus to simplify complex concepts.
The teacher incorporated the abacus into interactive lessons to engage students in mathematical concepts.