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# Find the angle between minute hand and hour hand of a clock when the time is 10:10

This problem is known as Clock angle problem where we need to find angle between hands of an analog clock at a given time. Examples: Input: h = 12:00 m = 30.00 Output: 165 degree Input: h = 3.00 m = 30.00 Output: 75 degree. Recommended: Please solve it on PRACTICE first, before moving on to the solution. The idea is to take 12:00 (h. Find the angle between the hour hand and the minute hand of a clock when the time is 3.25 Clock Angle Calculator. Calculate determines the angle between the hands on a clock using clock angle calculator. Just select the time in an hour and minutes. Every 60-second, minute hand moves his position, then there is an angle between both hands hour and minute. *If you liked it then please provide feedback with your experience If the minute-hand is at 10 and hour-hand is at 2, angle between them is (4 x 30ô¯) = 120ô¯. But at 10 past ten, i.e., at 10 : 10, the hour-hand has moved 10 minutes towards 12. In 60 minutes, the hour-hand covers 30ô¯, therefore in 10 minutes, it covers  (30/6)^circ = 5ô

### Calculate the angle between hour hand and minute hand

1. ute hand is on the 2, that means there are 4 sectors of 30 degrees between then, thus they are 120 degrees apart (30 * 4 = 120)
2. ute-hand of a clock at 3:15? At quarter past the hour, the
3. ute-hand is at 4 and hour-hand is at 7, angle between them is (3 x 30ô¯) = 90ô¯. But at 20 past seven, i.e., at 7.20, the hour-hand has moved 20
4. ing the times at which the
5. ute is 1/60 of an hour. Each hour represents 30 degrees

At 10:10 the minute hand of the clock is at 2 and so it makes an angle of 2*30 = 60 deg from 12. At 10:10 the hour hand of the clock is at between 10 and 11 and so it makes an angle of 10*30 +10*30/60 = 300 + 5 = 305 deg from 12. So the hour and m.. Find all times on the clock where the angle between the minute and the hour hand (backwards and forwards) equals 10%3A00ô¯. Using our clock angle calculator for 4:20, we see that the angle between the hands equals 10%3A00ô¯. Using our clock angle calculator for 7:40, we see that the angle between the hands equals 10%3A00ô¯ Find the angle between the minute hand of a clock and the hour hand when the time is 7:20 A.M. Here, the time is 7:20 or or Angle traced by hour hand in 12 hours

### Find the angle between the hour hand and the minute hand

• ) format: 12:45 Angle: 112.00 degrees. Notes: 1. The equation will give you the angle made by hour hand in 12-hour clock. 2. If you want to calculate the angle made by hour hand in a 24-hour clock, then use the following equation: 3
• ute hand of the clock at 12:20. physics. A movie lasts 2 hours. During that time, what is the angular displacement of each of the following? a.the hour hand b.the
• ute hand is at the 9 - that is, at the mark. The hour hand is three-fourths of the way from the 4 to the 5; that is, , the desired measure
• ute hand separately and return their difference using the following formula: Degree (hr) = Hû (360/12) + (Mû360)/ (12û60) Degree (
• ute hand and the hour hand of a clock when the time is from COM MISC at PSG college of technolog
• utes the hour hand will be between 3 and 4

### Clock Angle Calculator - Calculation Calculato

1. utes hand in 25
2. ute hand. Please enter a time of day. The direction angles of both hands will be calculated, where 12 o'clock is 0 degrees, 3 o'clock is 90 degrees, 6 o'clock is 180 degrees, and so on
3. ute hand (red) points to the 12 and the hour hand (blue) points to the 1. So we need to find the angle between the 12 and the 1. How many of this angle are there in a complete turn? There are 12 of them in a complete turn (360ô¯), so each one must be 360ô¯ ûñ 12 = 30ô¯ So the angle between the hands of a clock at 1 o'clock.
4. ute hands. We need to find all valid values of time (in hours and
5. ute hand is at 12, i.e. they are 10
6. ute hand = 6 dpm 12. Angle of the hour hand from vertical at N o'clock = 30N Concepts & Types: Type 1: Finding the time when the angle between the two hands is given. Type 2: Finding the angle between the 2 hands at a given time. Type 3: Questions on clocks gaining/losing time. S.NO. Concept 1

### Find the angle between hour-hand and minute-hand in a

• utes for a given time x:y(x hours and y
• ute. The hour hand of a normal 12-hour analogue clock turns 360ô¯ in 12 hours (720
• past 8. Explanation: In this type of problems the formulae is 5 x - 30 û 12 11. x is replaced by the first interval of given time Here i.e 8. 5 * 8 - 30 * 12 11. = 120 11
• ute hand and the hour hand of a clock when the time is 4:20, is: a) 0ô¤ b) 10ô¤ c) 5ô¤ d) 20ô
• ute, ### How to find the angle of clock hands - SAT Mat

1. ute hand and the hour hand of a clock when the time is 4.20 is: A. 10ô¯ B. 5ô¯ C. 1ô¯ D. 0ô
2. ute hand of the clock at 12:20. physics. A movie lasts 2 hours. During that time, what is the angular displacement of each of the following? a.the hour hand b.the
3. ute hand and hour hand of a clock when the time is 7.20? Ans: 100deg. Sol: ãÂ Angle traced by the hour hand in 12 hours = 360 degrees. ãÂ Angle traced by it in 7 hrs. 20
4. ute hand of a clock overtakes the hour hand at intervals of 66
5. ute hand of a clock when the time is 2:25. Sol. At 2:25, the hands of a clock are shown in the diagram. At 2 o'clock, the hour hand is at 2. In nest 25

### What is the angle between the hour-hand and minute-hand of

answer with explanation. Answer: Option A. Explanation: Solution 1. Angle between hands of a clock. When the minute hand is behind the hour hand, the angle between the two hands at M M minutes past H H 'o clock. = 30(H ã M 5)+ M 2 = 30 ( H ã M 5) + M 2 degree (i.e., the difference in angle between both minutes' hands) Note: Assume all angles are positive and consider the smaller of the two possible angles between the hands. For E.g., if the hour = 9 and minutes = 0, the angles between the two hands are 90 degrees and 270 degrees, but you will only consider the 90-degree angle the angle calculation will cater for the hour hand moved according to the current time. So for instance, if the time is 3:10, the angle between the hands will be 35 degrees. However, you don't have to change the hour from its current position based on the input minutes parameter, so if 20 minutes have passed, you need only cater for the further. ã A clock is started at noon. By 10 minutes past 5, the hour hand has turned through 155ô¯ 145ô¯ 152ô¯ 140ô¯ ã What is the angle between the minute hand and the hour hand when the time is 1540 hours? 150 160 140 130 ã The minute hand of a clock overtakes the hour hand at intervals of 65 minutes of the correct time

At 4.20, the angle between the hour hand and minute hand is 10ô¯. Problem 2 : At what time (in minutes), between 3 o'clock and 4 o'clock, both the needles will coincide each other ? Solution : At 3 o'clock, the minute spaces between minute hand and hour hand is 15 minutes. To be coincident, the minute hand must must gain 15 min.spaces Solution. Since the hour hand is between 4 and 5 in the mirror, it should be between 7 and 8 in the real image. Hence, the correct time is 7:20 Que: Find the angle between the hour hand and minute hand of the clock when the time is 6:10. A. 185ô¯ B. 135ô¯ C. 125ô¯ D. 120ô¯ Ans: C Solution. Angle traced by the hour hand in 60 minutes = 30ô The reflex angle between the hands of a clock at 10.25 is: A clock is started at noon. By 10 minutes past 5, the hour hand has turned through: A watch which gains 5 seconds in 3 minutes was set right at 7 a.m. In the afternoon of the same day, when the watch indicated quarter past 4 o'clock, the true time is Angle between hour hand and minute hand exactly at 7'o clock is = 30(5) + 30(10/60) = 150 + 5 = 155. So, the required angle is 155 degree. Question 3 : David and James have a 300-square-foot lawn. It takes David 30 minutes to mow the lawn alone, and it takes James 20 minutes to mow the lawn alone 1. The time in a clock is 20 minute past 2. Find the angle between the hands of the clock. Solution: Time is 2:20. Position of the hands: Hour hand at 2 (nearly). Minute hand at 4. Angle between 2 and 4 is 60 degrees [ (360/12) * (4-2)] Angle made by the hour hand in 20 minutes is 10 degrees, since it turns through ô§ degrees in a minute

1. ute hand and the hour hand of a clock when the time is 4:20 is. a)0 b)10 c)5 d)20. 18.At what angle the hands of a clock are inclined at 15
2. ute hand by . The hour hand moves (shockingly) clockwise, and makes one revolution every 12 hours. That is, d dt = 1 rev 12 hours = 2ù 12 = ù 6: (The derivative is negative because we measure angles in a counter-clockwise manner.) At the.
3. utes apart? Between x and (x + 1) O'clock, the 2 hands will be t
4. ute variable are passed in as integers. Note that the angle between the hands implies a few things, some or all of which might be tested: 1. we don't care if the hour hand is ahead of or behind the
5. ute hand is at 12, they are 10

### Determining the times at which the minute and hour hands

• utes and angle in decimal degrees with one decimal place can be converted. Please enter the clock position (at least the hour) or the angle, the other value will be calculated. One hour equates to 30 degrees, one
• utes and 2/11 of
• ute hand of a clock when the time is 5.45 97.5ô¯ 90ô¯ 100ô¯ 95ô¯ ã An accurate clock shows 8 o'clock in the morning. Through how may degrees will the hour hand rotate when the clock shows 2 o'clock in the afternoon? 154ô¯ 180ô¯ 170ô¯ 160ô
• utes, Hour hand = 210 + 20*(0.5) = 210 + 10 = 220 {The hour hand moves at 0.5 dpm} Minute hand = 20*(6) = 120 {The
• ute hand will pass the hour hand $11$ times in the first $12$ hours, and $11$ times in the second $12$ hours. This means that they will meet $22$ times. For b) In a single hour, the second hand will go around the clock $60$ times. The
• ute hand when the hand is at 3 and 6 is 90ô¯. So, the angle between the two hands at half past three 90ô¯ - 15ô¯ = 75ô¯. A central angle of a circle of radius 20 cm intercepts an arc of 8 cm. Find the angle in degree

That is, in the vicinity of 5 PM the angle between the two hands is shrinking at the rate of 5.5ô¯ per minute. At 5 PM the hour hand is 5/12ths of 360ô¯ or 150ô¯ ahead of the minute hand. We want to find when the hour hand will have shrunk from 150ô¯ down to 90ô¯, which is a decrease of 60ô¯. Answer: time = angle/rate = 60ô¯/5.5ô¯ = 600/55. The hands of the clock are perpendicular in 15 minute spaces, at that time two angle are at right angle (90ô¯). E. The hands of the clock are perpendicular to each other for 22 times in 12 hours and for 44 times in a day (Because between 2, 3 and 3, 4 and 8, 9 and 9, 10 hands of the clock are not perpendicular to each other) In T hours, the minute hand completes T laps. In the same amount of time, the hour hand completes T/12 laps. The first time the minute and hour hands overlap, the minute hand would have completed 1 lap more than the hour hand. So we have T = T/12 + 1. This implies that the first overlap happens after T = 12/11 hours (~1:05 am)

Clock Aptitude MCQ. 1) A clock is started at noon. By 10 minutes past 5, the hour hand has turned through: A. 145ô¤. B. 150ô¤. C. 180ô¤. D. 155ô¤. 2) An accurate clock shows 8 o'clock in the morning. Through how may degrees will the hour hand rotate when the clock shows 2 o'clock in the afternoon Since the minute needle moves at a speed of 55 minutes per hour, therefore in 1 minute, the minute point covers a distance of (55/60) or (11/12) minutes. Therefore the Clock Formula: 11/12 which is essential in finding out the angle between two needles of a clock. As minute needle covers 360 degrees per hour, covering one full circle The angle between the minute hand and the 12 must be equal to the angle between the hour hand and the 12. Since 1 minute is 360 60 = 6 on the clock and 1 hour is 360 12 = 30 , we have 6m = 30(1 + m 60), so m = 60 11 = 5 5 11. Note that the second hand is not at the same position at this time, so we do not have to worry about a triple crossing. Calculate the angle between Hour Hand and Minute Hand of a clock at 03:00 Solution - At 03:00, the Hour Hand is at 3 and the minute Hand is at 12. So, both are separated by 15 Minute Spaces. Thus, angle between them is - 15 * 6ô¯ = 90ô¯ [Angle between consecutive minute spaces is 6ô¯] NOTE - The angle at a time will be same irrespective of am/p

### Clock Angle Calculator - Math Celebrit

At each time, take the angle between the hour- & minute-hands, Only the second-hand is independent from others. It likes to tan under high degrees on the floor. subtract the clockwise tangent of the angle between the second-hand and the floor (90ô¯ angle, or 15 minutes) and floor the result (double-meaning), A Sane Clock Isn't Interesting A clock makes two right angles between 2 hours.The clock does not makes 48 right angles in 24 hours( 1 day) ôñ Hands of a clock meet 11 times in 12 hours and 22 times in a day. ôñ Hands of a clock are perfectly opposite to each other (i.e. 180 degrees) 11 times in 12 hours and 22 times a day How many degrees are there in the angle between the hour and minute hands of a clock when the time is a quarter past three? Given an array whose elements are sorted, return the index of a the first occurrence of a specific integer. Do this in sub-linear time. I.e. do not just go through each element searching for that element

### What is the angle between the hour hand and minute hand of

Qlocks Questions Part-1. I n a clock the most important hands are the minutes hand and the hours hand. Whatever may be the shape of the dial they move in a circular track. The total angle of 360 degrees in a watch is divided into 1 sectors, one for each hour. So one hour sector = 360 / 12 = 30 degrees The angle between the hands increases at 330 degrees/hour, so it will take it 60/330 or 2/11 ths of an hour for the hands to form a 180ô¯ angle. 2/11ths of an hour is or minutes after 8:00, or 8:10 10/11, the first time after 8:00 the hands will form a 180ô¯ angle. or hours later the hands will form a 180ô¯ angle again a clock has a dial face of 12 inches radius the minute hand is 9 inches while the hour hand is 6 inches the plane of rotation of the hour hand is 2 inches above the plane of rotation of the minute hand. Find the distance between . physics. The minute hand of a large clock is 0.50 m long Calculate the angle between hour hand and minute hand. This problem is know as Clock angle problem where we need to find angle between hands of an analog clock at Example: Input: h = 12:00, m = 30.00 Output:..

### Clock Angle Calculato

66) Find the distance along an arc on the surface of Earth that subtends a central angle of $$7$$ minutes $$(1 \text{ minute}=\dfrac{1}{60} \text{ degree})$$. The radius of Earth is $$3960$$ miles. 67) Consider a clock with an hour hand and minute hand. What is the measure of the angle the minute hand traces in $$20$$ minutes? Answer \(120ô¯\ A) 38 2 11 minutes past 4. Description for Correct answer: Between 4 and 5 o 'clock the hands of the clock will be at right angle once. When the two hands are at right angles, they are 15 minutes space apart. When the minutes hand is 15 minute space ahead of the hour hand. To this the minute hand will have to gain ( 20 + 15) minutes

Clocks times 1. Clocks & Time: 8 Important Shortcuts Explained We need to get couple of basic facts clear: * Speed of the hour hand = 0.5 degrees per minute (dpm) {The hour hand completes a full circle or 360 degrees in 12 hours or 720 minutes} * Speed of the minute hand = 6 dpm {The minute hand completes a full circle in 60 minutes} * At 'n' o' clock, the angle of the hour hand from the. The calculator will automatically generate the time duration in decimal hours (e.g. 4.67 hours) and in hours and minutes (e.g. 4 hours and 40 minutes) We provide the output in 2 formats, 4.67 hours and 4h and 40m. The decimal version (4.67) makes is easy to do the math to calculate payroll. For instance 40.25 hours X $15.00 per hour =$603.75 A gazelle is running in a straight line (the x-axis). The graph in (Figure 1) shows this animal's velocity as a function of time. During the first 12.0 s, find the total distance moved. Express your answer in meters. During the first 12.0 s, find the displacement of the gazelle. Express your answer in meters

### Find the angle between the minute hand of a clock and the

Clocks problems. Simple Problems: Type1: Find the angle between the hour hand and the minute hand. of a clock when the time is 3.25. solution : In this type of problems the formulae is as follows. 30* [hrs- (min/5)]+ (min/2) In the above problem the given data is time is 3.25. that is. applied in the Given : our hour hand started at noon i.e. 12 o'clock and 10 minutes past 5 i.e. 5 hour 10 minutes we find angle between 12 and 5.10 o'clock firstly we convert 5hour 10min into minitus 5*60+10=310min and 310min convert into hour 310/60=31/6 In 12h = 360 So in 31/6 h= (360/12)(31/6)=155 degree

20. Suppose the hour hand and minute hand of a clock make an angle of 135 . Assuming the hours and minutes are integers, what is the time? Write your answer in the form h: m, where his hours and mis minutes. Solution. Suppose the clock reads h: mnow (0 h 11, 0 m 59). The angle between the hour hand and 12 o'clock is 30h+ 30 60 m 16.The angle between the minute hand and the hour hand of a clock when the time is 8:30 is a)80 b)75 c)60 d)105 17.The angle between the minute hand and the hour hand of a clock when the time is 4:20 is a)0 b)10 c)5 d)20 18.At what angle the hands of a clock are inclined at 15 minutes past 5? a)58 1/2 b)64 c)67 1/2 d)72 1/2 19.The reflex angle. Write a C program to find the angle between (12:00 to 11:59) the hour hand and the minute hand of a clock. Go to the editor The hour hand and the minute hand is always among 0 degree and 180 degree. For example, when it's 12 o'clock, the angle of the two hands is 0 while 3:00 is 45 degree and 6:00 is 180 degree. Sample Output ANALOG CLOCK I: An analog clock reads 3:15. What is the angle between the minute hand and hour hand? ANALOG CLOCK II: Imagine an analog clock set to 12 o'clock. Note that the hour and minute hands overlap. How many times each day do both the hour and minute hands overlap? How would you determine the exact times of the day that this occurs

### math - Find angle between hour and minute hands in an

At the end of 60 minutes, your supervisor will collect this question paper and answer sheet 3 If you look at a clock and the time is 9.45, what is the angle between the hour and the minute hands? A . 0ô¯ B . 7.5ô¯ C . 15ô¯ D . 22.5ô¯ E . 30ô¯ 4 . 10 10 + + C . log (a 2b. 3. c) 2. 10 + + D. 1. Find the angle between the minute hand and hour hand of a clock when the time is 7.20 Sol : Angle traced by hour hand in 12 hours = 360 Degrees Angle traced by it in 7 hrs 20 min i.e 22/3 hrs = (360/12) x (22/3)= 2200 Angle traced by minute hand in 60 min = 3600 Angle traced by it in 20 minutes = (360/60) x 20 = 120 What is the sector area created by the hands of a clock with a radius of 9 inches when the time is 4:00? 6.75ü in.2 20.25ü in.2 27ü in.2 81ü in.2? - 554675 Once the hour hand is functional, add the minute and second hands. Your finished clock will look something like this: Your hands will reflect the time of your computer clock. With a good grasp of radians, we can move onto trigonometric functions. Should you ever need to convert between radians and degrees, look up the radians() and degrees. 7. On a clock, there are two instants between 12 noon and 1 PM, when the hour hand and the minute hand are at right angles. The difference in minutes between these two instants is written as b a , c where a, b, c are positivee integers, with b < c and b c in the reduced form. What is the value of a + b + c? Answer (51

==>> Find the angle between the minute hand and hour hand of a click when the time is 7.20? Ans: 100deg Sol: Angle traced by the hour hand in 12 hours = 360 degrees. Angle traced by it in 7 hrs 20 min i.e. 22/3 hrs = [(360/12) * (22/3)] = 220 deg. Angle traced by minute hand in 60 min = 360 deg 11. What is the degree measure of the angle between the hour and minute hands of a clock when the time is 3:30 PM? (A) 90 (B) 108 (C) 75 (D) 81 (E) None of the above. 12. Which of the following is not true? (A) a parallelogram is a quadrilateral (B) at least two interior angles of a triangle are acute (C) a trapezoid has two parallel side With our interactive clock, kids can move either of the hands to simulate time. If children keep both hands unlocked, they can also observe how the hands of an analog clock move in realation to each other. However, to make things easier for kids. We've offered the option to lock either hand, so that it move independently from one another The height, h, in feet of the tip of the hour hand of a wall clock varies from 9 feet to 10 feet. Which of the following equations can be used to model the height as a function of time, t, in hours? Assume that the time at t = 0 is 12:00 a.m

When we use the 12-hour clock, we use the letters a.m. to show that the time is before midday (12 o'clock or noon) and p.m. to show that it is after midday. For example, school may start at 7:30 a.m. (in the morning) and finish at 2 p.m. (in the afternoon). 24-hour clock/digital. 20:00 is an example of the 24-hour time format It will have moved through: (50/60)*360 = 300 degrees. Eight times in a day the hands of a clock form straight angle. At first they form straight angle when the hour amd minute hand are on 3 and 9. Since the number of distinct hands is 3 - second, minute, hour - the total number of subsets in this set is 23 = 8 - meaning there are a total of 8 possible ways to mix and match the hands in a clock from a design perspective: 1) no hands. 2) second hand. 3) second and minute hands. 4) second and hour hands What is the angle between the hands of the clock at 7:20 At 7 o' clock, the hour hand is at 210 degrees from the vertical. In 20 minutes, Hour hand = 210 + 20*(0.5) = 210 + 10 = 220 {The hour hand moves at 0.5 dpm} Minute hand = 20*(6) = 120 {The minute hand moves at 6 dpm} Difference or angle between the hands = 220 - 120 = 100 degrees

Find the distance between Pand Q. 7. The center of a clock is located at the origin so that 12 lies on the positive y-axis and the 3 lies on the positive x-axis. The minute hand is 10 units long and the hour hand is 7 units. Find the coordinates of the tips of the minute hand and hour hand at 9:50 am on Newton's birthday. 8 The angle between this and the vector {0,1} can then be used to find the time. e.g. it finds the second and minute hands, not the hour. This is a sample of the results, showing two that are wrong, two that are correct within 1 hour, two that confused the hands, and two that are correct within 10 minutes. Thus this algorithm succeeds.

12 UCLES 2020 402412ON20 17 The diagram shows the positions of three boats A, B and C. North B X A C (a) By measurement, find the bearing of B from A.  (b) CX is the bisector of angle ACB. (i) Using compasses and a straight edge only, construct the locus of points inside triangle ABC that are equidistant from B and C.  (ii) A ship is ãÂ nearer to AC than to B The length of minute hand of a clock is 3.5cm. Find the angle it turns through if it sweeps an area of 4.8cm2. (take ü=22/ 7) (3mks) A 10.10 am B 10.30am 10.40 am C 11.00 am 11.05 am D 11.20am A football match lasts 90 minutes with a break of 15 minutes at half time. If a referee allows five minutes extra for injuries and stoppages. Round 1 - Q2 - Clock Angles. Given a clock time in hh:mm format, determine (rounded up to the nearest degree), the smaller angle between the hour and the minute hands. Bonus: When, during the course of a day, will the angle be zero An acute angle is any angle that is between 0ô¯ and 90ô¯.At the exact hour mark, the minute hand is always at the 12.And so, the hours where the clock form an acute angle are:1 o'clock2 o.

The pendulum of a clock swings through an angle of 0.15 rad. If it swings a distance of 30 cm, what is the length of the pendulum? 2. The minute hand of the clock is 10 cm long. How far does the tip of the hand move after 12 minutes? 3. An arc 15 cm long is measured on the circumference of a circle of radius 10 cm. Find an angle subtended at. Chapter 3 Vectors In Physics Q.11P. H2 O A water molecule is shown schematically in Figure. The distance from the center of the oxygen atom to the center of a hydrogen atom is 0.96 û, and the angle between the hydrogen atoms is 1.04.5ô¯. Find the center-to-center distance between the hydrogen atoms. (1 û = 10-10 m. Given an array of integers, find the first missing positive integer in linear time and constant space. In other words, find the lowest positive integer that does not exist in the array. The array can contain duplicates and negative numbers as well. For example, the input [3, 4, -1, 1] should give 2. The input [1, 2, 0] should give 3 A sundial is a device that tells the time of day when there is sunlight by the apparent position of the Sun in the sky.In the narrowest sense of the word, it consists of a flat plate (the dial) and a gnomon, which casts a shadow onto the dial. As the Sun appears to move across the sky, the shadow aligns with different hour-lines, which are marked on the dial to indicate the time of day GPS satellite clock data for 25 satellites based on ground system observations. Data rate is every 5 minutes, in GPS time; accuracy ranges between 5 and 10 cm. TOPEX dual frequency GPS receiver measurements of pseudorange and carrier phase for 25 satellites, a maximum of six at any one time. The data rate is every 10 seconds, in GPS time

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