34 Example Sentences Showcasing the Meaning of 'Numerator'
In the recipe, the numerator represents the amount of flour needed for the cake.
The numerator in the financial ratio indicated the company's profitability.
In the physics experiment, the numerator of the fraction represented the force exerted on the object.
The numerator of the polynomial determined the degree of the highest power term in the expression.
The researcher highlighted the numerator to emphasize the most critical aspect of the data set.
Analyzing the numerator's impact on the overall equation revealed fascinating patterns in the mathematical model.
In the world of music, the numerator in time signatures represents the number of beats per measure.
The numerator of the velocity equation reflects the displacement of an object during a specific time interval.
The numerator in the electoral system denotes the number of votes a candidate received.
The numerator of the statistical formula measures the central tendency of the data set.
Adjusting the numerator in the equation altered the emphasis on specific variables in the statistical model.
Understanding the numerator's significance in coding fractions helped the students solve complex programming problems.
The numerator of the function indicated the output value for a given input in the mathematical model.
The numerator on the architectural blueprint represented the scale of the building's height.
The numerator in the economic equation illustrated the percentage change in GDP.
In photography, adjusting the numerator of the exposure setting controls the amount of light entering the camera.
The numerator of the scale model reflected the actual height of the building being represented.
The numerator of the statistical analysis measured the effectiveness of the marketing campaign.
Understanding the numerator's value is pivotal in accurately representing quantities in a statistical analysis.
Understanding the numerator's role in calculus formulas is fundamental in solving complex mathematical problems.
During the chemistry experiment, students focused on the numerator to calculate the molar ratio of reactants.
The numerator in the architectural drawing denoted the proportion of green space in the urban design.
The numerator of the geometric sequence formula determined the value of each term in the sequence.
In environmental science, the numerator of the equation represented the carbon footprint of a product.
The numerator in the economic model reflected the inflation rate in the financial analysis.
Adjusting the numerator shifted the focus of the equation, leading to a different interpretation of the results.
Understanding the numerator's significance in trigonometric functions aids in solving complex geometric problems.
Adjusting the numerator altered the ratio of elements in the compound, affecting its chemical properties.
Understanding the numerator's role in probability theory is crucial for interpreting statistical outcomes.
Understanding the numerator's function in the equation is fundamental for grasping the principles of mathematical modeling.
Adjusting the numerator altered the weightage of variables, leading to a different conclusion in the statistical analysis.
Adjusting the numerator in the equation changed the emphasis on specific elements in the chemical compound.
Understanding the numerator's role in optimization problems is crucial in finding the most efficient solutions in various fields.
Adjusting the numerator in the mathematical formula altered the interpretation of the geometric theorem.