Decreasing the time, for the same distance, means you increase your speed. Remember that speed is distance / time.
If you drove 60 miles in 60 minutes, you would be going 60 miles per hour. If you drove 60 miles in 30 minutes, you would be going 120 miles per hour. As travel time decreases, speed increases.
The slope of the line would decrease.
I think speed(size)
It depends on which direction you are resolving the acceleration from. If you use the original direction of the car as it turns it is decelerating as the speed it is moving in that direction is decreasing. If you resolve from the direction which the car will be going towards then it is accelerating as its speed in that direction is increasing.
As the time taken decreases, the speed increases since speed = distance ÷ time
It would increase your speed.
Decreasing the time, for the same distance, means you increase your speed. Remember that speed is distance / time.
It would increase your speed. Speed = distance / time so if you decrease the time whilst keeping the distance the same, distance/time increases.
If you drove 60 miles in 60 minutes, you would be going 60 miles per hour. If you drove 60 miles in 30 minutes, you would be going 120 miles per hour. As travel time decreases, speed increases.
When a moving object is slowing down, i.e. its speed is decreasing.
Blood pressure would decrease
Blood pressure would decrease
The slope of the line would decrease.
Decreasing the rate of a chemical reaction would slow down the speed at which reactants are converted into products. This can be done by lowering temperature, decreasing reactant concentration, or adding inhibitors. Ultimately, the reaction will take longer to reach completion.
The placement wouldn't affect the speed, but would affect the handling.
It would affect its speed because the weight of the car is gonna slow it down