Tangents

The presentation was engaging, but the speaker went on a few tangents that confused the audience.

I love listening to my grandma's stories, even though they often go off on tangents.

The physicist used tangents to determine the velocity of the moving object.

The politician tried to avoid tangents during the interview.

The author had to edit out several tangents in the book to keep the focus on the main plot.

He tends to go off on tangents during meetings.

The scientist used a tangents to measure the angle of the microscope lens.

She used a tangents to draw a precise angle in her geometry class.

The architect used a tangents to measure the slope of the roof.

The architect used a set of tangents to make precise measurements and angles on the blueprints.

The artist used a set of tangents to draw the angles and lines of the geometric shapes.

She had to buy a new tangents for her technical drawing class.

The surveyor used a laser level and tangents to determine the slope of the land.

The carpenter used tangents to make sure the angle of the cut was perfect.

The branches of the trees were tangents to the car as it drove by.

The book had many tangents against the other books on the shelf.

In trigonometry, the symbol for tangents is "tan".

The politician's speech was full of tangents that distracted from the main issues.

The podcast episode was informative, but the guest kept going off on tangents that were hard to follow.

The conversation took several tangents before coming back to the main topic.

The comedian's stand-up routine included several hilarious tangents.

The professor's lecture was full of tangents that had nothing to do with the course material.

The politician's speech included tangents of historical facts and personal anecdotes.

The playwright used tangents of humor and irony to convey the message of the play.

The artist created a painting with tangents of color and texture.

The musician tangents the strings of the guitar.

The dog's tail tangents the table as it walks past.

The airplane's wing tangents the clouds as it flies through the sky.

The basketball tangents the rim before going in.

Tangents are just one of the trigonometric functions used in mathematics.

The student struggled with understanding the concept of tangents in their math class.

The relationship between tangents and other trigonometric functions such as cosine and sine is an important concept to understand.

The trigonometric function of tangents can also be expressed as a ratio of sine and cosine.

The concept of tangents is fundamental in trigonometry and geometry.

In trigonometry, we use tangents to calculate the length of a side in a right-angle triangle.

The use of tangents is common in fields such as engineering and astronomy.

The teacher explained the use of tangents in real-life applications such as measuring the height of a building.

The student used tangents to solve the problem in geometry class.

The chemist used tangents to analyze the rate of reaction.

The economist used tangents to model the elasticity of demand.

The mathematician used tangents to solve the problem.

The architect used tangents to design the curved walls of the building.

The computer program approximated the curve by calculating many tangents.

The statistician used tangents to estimate the rate of change of a trend.

The engineer used tangents to design the shape of the aircraft wing.

The astronomer used tangents to calculate the trajectory of the comet.

The roller coaster was designed with many tangents to create a thrilling ride.

The biologist used tangents to study the rate of growth of a population.

The engineer used tangents to design the curves of the road.

The geologist used tangents to measure the slope of rock formations.