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Updated on: 01 Oct 2023, 01:09
Originally posted by Sajjad1994 on 05 Apr 2023, 08:00.
Last edited by BottomJee on 01 Oct 2023, 01:09, edited 4 times in total.
Last edited by BottomJee on 01 Oct 2023, 01:09, edited 4 times in total.
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Number of rounds
in 1 hour: \(60X\) Number of practice hours
covered by one case: \(\frac{18,000}{60X}\)
in 1 hour: \(60X\) Number of practice hours
covered by one case: \(\frac{18,000}{60X}\)
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A target practice weapon can fire a maximum of X rounds per minute. Ammunition is distributed by the case. Each case contains 18,000 rounds.
In terms of the variable X, select the expression that represents the number of rounds used in 1 hour of practice, when the weapon is used to its maximum capacity, and select the expression that represents the number of shooting practice hours that a full case of ammunition can cover. Make only two selections, one in each column.
In terms of the variable X, select the expression that represents the number of rounds used in 1 hour of practice, when the weapon is used to its maximum capacity, and select the expression that represents the number of shooting practice hours that a full case of ammunition can cover. Make only two selections, one in each column.
|
Number of rounds in 1 hour |
Number of practice hours covered by one case |
Expression---------------- |
| \(60X\) | ||
| \(\frac{60}{X}\) | ||
| \(\frac{18,000}{60X}\) | ||
| \(\frac{X}{18,000}\) | ||
| \(18,000+60X\) |
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Official Answer
Number of rounds
in 1 hour: \(60X\) Number of practice hours
covered by one case: \(\frac{18,000}{60X}\)
in 1 hour: \(60X\) Number of practice hours
covered by one case: \(\frac{18,000}{60X}\)
Archit3110
Major Poster
05 Apr 2023, 08:55
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Let value of X be 3000 rounds per minute
so in 1 hour 1,80,000 rounds are fired
the number of rounds used in 1 hour of practice : 60 X
the number of shooting practice hours that a full case of ammunition can cover 18000/ 60 * 3000 ; .1 hr
18000/ ( 60 X)
A target practice weapon can fire a maximum of X rounds per minute. Ammunition is distributed by the case. Each case contains 18,000 rounds.
In terms of the variable X, select the expression that represents the number of rounds used in 1 hour of practice, when the weapon is used to its maximum capacity, and select the expression that represents the number of shooting practice hours that a full case of ammunition can cover. Make only two selections, one in each column.
so in 1 hour 1,80,000 rounds are fired
the number of rounds used in 1 hour of practice : 60 X
the number of shooting practice hours that a full case of ammunition can cover 18000/ 60 * 3000 ; .1 hr
18000/ ( 60 X)
A target practice weapon can fire a maximum of X rounds per minute. Ammunition is distributed by the case. Each case contains 18,000 rounds.
In terms of the variable X, select the expression that represents the number of rounds used in 1 hour of practice, when the weapon is used to its maximum capacity, and select the expression that represents the number of shooting practice hours that a full case of ammunition can cover. Make only two selections, one in each column.
05 Apr 2023, 08:59
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A target practice weapon can fire a maximum of X rounds per minute.
Each ammunition case contains 18,000 rounds.
In terms of the variable X, select the expression that represents the number of rounds used in 1 hour of practice, when the weapon is used to its maximum capacity
1hour = 60 minutes
=> In 1 hour practice, the number of rounds used = 60*X
Select the expression that represents the number of shooting practice hours that a full case of ammunition can cover.
Since each case consists of 18000 rounds and 1hour practice requires 60X rounds
therefore, the number of practice hours that a full case of ammunition can cover = \(\frac{18000}{60X }\)
Each ammunition case contains 18,000 rounds.
In terms of the variable X, select the expression that represents the number of rounds used in 1 hour of practice, when the weapon is used to its maximum capacity
1hour = 60 minutes
=> In 1 hour practice, the number of rounds used = 60*X
Select the expression that represents the number of shooting practice hours that a full case of ammunition can cover.
Since each case consists of 18000 rounds and 1hour practice requires 60X rounds
therefore, the number of practice hours that a full case of ammunition can cover = \(\frac{18000}{60X }\)
