First, let's calculate the total runs scored in the first 10 overs.

Run rate in the first 10 overs = 4.2 runs/over
So, runs scored in the first 10 overs = 4.2 runs/over * 10 overs = 42 runs

The target is 282 runs, so the remaining runs needed = 282 runs - 42 runs = 240 runs

The remaining overs are 40, so the required run rate for these overs = 240 runs / 40 overs = 6 runs/over

So, the required run rate for the remaining 40 overs to reach the target of 282 runs is 6 runs/over.

Therefore, the answer is d. 6.00.

Question

First, let's calculate the total runs scored in the first 10 overs.

Run rate in the first 10 overs = 4.2 runs/over
So, runs scored in the first 10 overs = 4.2 runs/over * 10 overs = 42 runs

The target is 282 runs, so the remaining runs needed = 282 runs - 42 runs = 240 runs

The remaining overs are 40, so the required run rate for these overs = 240 runs / 40 overs = 6 runs/over

So, the required run rate for the remaining 40 overs to reach the target of 282 runs is 6 runs/over.

Therefore, the answer is d. 6.00.

Knowee AI · Accepted Answer

First, let's calculate the total runs scored in the first 10 overs.

Run rate in the first 10 overs = 4.2 runs/over
So, runs scored in the first 10 overs = 4.2 runs/over * 10 overs = 42 runs

The target is 282 runs, so the remaining runs needed = 282 runs - 42 runs = 240 runs

The remaining overs are 40, so the required run rate for these overs = 240 runs / 40 overs = 6 runs/over

So, the required run rate for the remaining 40 overs to reach the target of 282 runs is 6 runs/over.

Therefore, the answer is d. 6.00.

In the first 10 overs of a cricket game, the run rate was only 4.2. What should be the run rate in the remaining 40 overs to reach the target of 282 runs?a.6.75b.7c.6.5d.6.00