# At what time do the hands of a clock between 6 and 7 form 30 degrees between themselves?

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## At what time do the hands of a clock between 6 and 7 form 30 between themselves?

30 minutes will be gained in = 6055×30=3611 = 32811 minutes. So the hands will coincide 32811 minutes past 6.

## At what time between 6 and 7 will the hands of the clock be at right angles to each other for the second time?

Minute hand covers 360 in 60 minutes

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Hence, the hands of clock are at right angles at 16 minutes past 6 and 49 minutes past 6.

## At what time between 6 o’clock and 7 o’clock will be the angle between the hands of the clock be 60 degrees?

360/12 = 30. each interval of 5 minutes is 30 degree. for angle to be 60 degree, it should be 10min away.

## At what time between 6 and 7 o’clock are the bands of a clock together?

The correct answer is 33 minutes past 6( approximately) so they meet at 6.33 approximately.

## At what time between 5 and 6 o’clock will the hands of a clock be at right angle?

Explanation: At 5 o’clock, the hands are 25 min. spaces apart. To be at right angles and that too between 5.30 and 6, the minute hand has to gain (25 + 15) = 40 min.

## At what time do the hands of the clock meet between 7 and 8?

At what time between 7 and 8 o’clock will the hands of a clock be in the same straight line but, not together? Explanation: When the hands of the clock are in the same straight line but not together, they are 30 minute spaces apart. At 7 o’clock, they are 25 min.

## What time between 6 am and 7 am will the minute hand and hour hand of a clock make an angle closest to 60?

At what time between 6 a.m. and 7 a.m. will the minute hand and hour hand of a clock make an angle closest to 60°? 6 : 27 a.m.

## At what time between 8 am and 9 am will the minute hand and hour hand of a clock make an angle closest to 70?

At that time the minute hand would have covered 360*x/60 = 60 x degrees. At the same time the hour hand would have covered 30*x/5 +8*30= 6 x +240 degrees. So at 8:2.777 or 8:27:46.67 the two hands will form 90 degrees at the center of the dial.

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## At what time between 7 and 8 o’clock will the hands of a clock be be at 180 degrees?

Therefore, between 7 and 8 O’clock, the time in which both the hands are 180° apart is 5 min past 7. Hence, the correct answer is “5 min past 7”. Given: The two hands of a clock will be in the same line but not together i.e angle between two hands will be 180º.

## When hands of a clock will be straight but opposite in direction between 6 and 7?

The hands of a clock point in opposite directions (in the same straight line) 11 times in every 12 hours. (Because between 5 and 7 they point in opposite directions at 6 o’clcok only). So, in a day, the hands point in the opposite directions 22 times.

## At what time between 10 and 11 o’clock are the hands of a clock together?

Thus, the correct option is B. 10 h 9 min 14 sec. Note: After obtaining the answer in minutes and seconds we have added it to the 10 hours as, we have to find the clock symmetric with respect to the vertical line between 10 o’clock and 11 o’clock.

## At what time do the hands of the clock meet between 4 and 5?

Let the hands of the clock coincide after x minutes. So, the hands of a clock coincide 21.81 minutes past 4. Therefore, the correct answer is option B, 21.81 min.