Resistance

The chemical had strong resistance to oxidation.

The team faced resistance from the opposing players during the basketball match.

The entrepreneur encountered resistance from potential investors when pitching his startup idea.

The student encountered resistance in solving a difficult math problem.

John faced resistance from the challenging terrain while hiking in the wilderness.

Mark encountered resistance from the tough material while cutting with a dull blade.

Sarah experienced resistance from the difficult puzzle she was trying to solve.

Mark encountered resistance from the lock when trying to open the door with a rusty key.

Mary experienced resistance from her computer when trying to install a new software program.

The boat struggled to move through the resistance of the water as it sailed against the current.

The engineer designed a system to minimize the resistance of air flow in the airplane's wings.

The physicist conducted experiments to measure the resistance of different liquids to flow.

The geologist studied the resistance of rocks to erosion in different geological formations.

The scientist conducted experiments to measure the resistance of different materials to friction.

The worker used a lever to reduce the resistance and move the heavy object.

The child pushed the toy car with all his strength, trying to overcome the resistance of the carpet.

The mechanic adjusted the engine to reduce the resistance against the moving parts.

The swimmer felt the resistance of the water as he tried to swim against the current.

The high resistance of this substance makes it useful for heating elements.

The resistance of a material can be affected by the presence of impurities or defects in its structure.

The resistance of this metal increases with temperature.

The resistance of copper wire is lower than that of iron wire.

The resistance of this material is causing problems with the electrical current.

The resistance of a semiconductor can be controlled by doping it with impurities.

We need to use a material with low resistance to avoid power loss.

The thickness of the wire affects its resistance to electric current.

The resistance of this component is critical to the functioning of the device.

This material has a high resistance to electricity.

The resistance of a material is affected by its temperature.

The resistance of a resistor can be adjusted by changing its value.

The resistance of a material can be calculated by measuring its conductivity.

The resistance in this circuit is causing the light to flicker.

We need to measure the resistance of this circuit before we can proceed.

The resistance of the wires in the power grid causes energy loss in the form of heat.

The resistance of this wire is too high for our needs.

The technician used a multimeter to measure the resistance of the circuit.

The resistance of this substance makes it a good insulator.

The resistance movement in the occupied country was getting stronger.

The resistance fighters used guerrilla tactics to harass the enemy.

The rebels formed a resistance group to fight against the tyrannical government.

The resistance fighters were able to hide in the mountains and launch surprise attacks.

The resistance fighters were able to sabotage the enemy's plans.

The resistance movement was able to smuggle food and supplies to the people living under occupation.

The resistance cell was discovered and its members were captured.

The resistance organization operated secretly to avoid detection.

The resistance movement grew stronger as more people joined their cause.

The resistance leader was captured and executed by the authorities.

The resistance organization was able to gather intelligence on the enemy's movements.

The resistance cell communicated through encrypted messages.

The people joined the resistance to overthrow the oppressive regime.