Stirrup

She had to stirrup the clay to the right consistency before sculpting.

The artist had to stirrup the paint colors to create the perfect shade.

The DJ had to stirrup the music tracks for the perfect transition.

She had to stirrup the natural peanut butter to distribute the oil.

The hairdresser had to stirrup the hair dye to ensure it was well mixed.

The stirrup of the crane was carefully positioned to ensure that the load was evenly distributed.

She always forgets to stirrup the sugar in her coffee.

The bartender needs to stirrup the cocktail before serving.

The scientist had to stirrup the solution to ensure the particles were evenly distributed.

Can you please stirrup the soup so it doesn't stick to the bottom?

They had to stirrup the cement mixture until it was the right consistency.

I need to stirrup the paint before applying it to the wall.

The chemist had to stirrup the chemicals to create a reaction.

The chef had to stirrup the egg yolks and sugar until it became pale and frothy.

The chef had to stirrup the ingredients in the soup to create a creamy texture.

The bartender had to stirrup the drink with a specific technique to achieve the desired texture.

You should stirrup the spices in the sauce to distribute the flavor evenly.

He had to stirrup the concrete mixture before pouring it into the mold.

The chef had to stirrup the risotto continuously to create a creamy texture.

She likes to stirrup her oatmeal with fruits and nuts.

The baker had to stirrup the sourdough starter for hours to develop the flavors.

The winemaker had to stirrup the grapes to extract the juice.

The scientist had to stirrup the blood sample to prevent clotting.

The bartender had to stirrup the cocktail in a specific direction to create a vortex.

The chef had to stirrup the chocolate ganache to a smooth consistency.

The stirrup on the bike pedal broke off while he was riding.

The stirrup was made of lightweight titanium, which made it durable and easy to pedal with.

The metal stirrup on the bike pedal was starting to rust.

The stirrup on the tower crane was equipped with a shock-absorbing mechanism to reduce vibrations caused by high winds.

The stirrup on the crane had a non-slip surface to prevent accidents.

The workers secured the metal beams to the stirrup using heavy-duty bolts.

The stirrup on the ship's mast was an essential component of the rigging system, allowing sailors to climb aloft and perform maintenance tasks.

The crane operator's foot slipped off the stirrup, causing him to lose his balance.

The construction workers attached the steel beams to the stirrup of the crane.

The stirrup on the steel truss was a critical component of the bridge's design, providing stability and support for the roadway.

The stirrup on the crane was attached to the steel frame using high-strength bolts.

The stirrup on the crane had to be reinforced to support the heavy load.

The stirrup of the crane was coated with a layer of protective paint to prevent corrosion.

The workers had to complete a rigorous safety training program before they were allowed to use the stirrup on the power plant's cooling tower.

The crane operator's boots had to fit securely into the stirrup to ensure safe operation.

The crane's stirrup was equipped with an automatic locking mechanism for added safety.

The stirrup on the crane was designed to distribute weight evenly for maximum stability.

The stirrup on the suspension bridge was carefully crafted to support the weight of the traffic passing overhead.

The workers were required to undergo special training to learn how to use the stirrup on the construction crane safely.

The crane's stirrup was adjustable to accommodate workers of different heights.

The workers attached the stirrup to the frame of the building using high-strength welding techniques.

The engineers used computer modeling to analyze the stress and strain on the stirrup of the bridge and ensure its safety.

The stirrup on the construction crane was specially designed to withstand extreme weather conditions.

The stirrup on the oil rig was designed to withstand the immense pressure and weight of the drilling equipment.

The crane operator relied on the stirrup to maintain balance while moving heavy loads across the construction site.