the scatter plot shows the time taken to reach city a from city b at different speeds. what trend does the plot follow?

The scatter plot shows the time taken to reach City A from City B at different speeds. What trend does the plot follow? => Positive tr..

The scatter plot shows the times taken by Rose to reach City B from City A at different speeds. How much time will be saved if Rose travels at a speed of 60 miles per mi..

An airplane took 792 minutes to reach city B from city A and it took 131 minutes to reach city C from city B. Find the difference between the time taken during the two trips. => 761 minutes..

Maxwell's Speed Distribution Law - The rms speed of an oxygen molecule in a sample at 300 K is about 480m/s. This does not mean that the speed of each molecule is 480 m/s. Many of the molecules have speed less than 480m/s and many have speed..

The table shows the number of girls and boys coming from different places of a city for a summer camp. Which type of graph would be the most appropriate for the data? Place A B C D Girls 25 30 20 15 Boys 35 30 45 50 Total 60 60 65 65 => double bar graph or li..

Let us now find out how Time Period of oscillation vary with time. Set up a simple pendulum and measure the time taken for 10 oscillations of the simple pendulum for different lengths like 10,20,40,60,80 and 100 cm. Time period of a pen..

The variation of velocity with time can be represented graphically to calculate acceleration exactly like we calculated speed from distance-time graph. Let us now plot a velocity-time (v - t) graph for the following data. Velocity in m/s 0..

Velocity-Time Graph - The variation of velocity with time can be represented graphically to calculate acceleration exactly like we calculated speed from distance-time graph. Let us now plot a velocity-time (v- t) graph for the followi..

The equation (1) gives the relation between distance, time and average speed. This relation can be used for making distance-time tables and also to determine the position of any moving object at any given time. But it is a long and tedious process especially ..

. Let T represent the time taken by the body to complete one revolution. This can be divided into eight equal intervals namely and so on. A, B, C, D.... I represent the positions of the body at these instants. When the body is at A, the foot of the perpendicular will b..