Tips On How To Detect Secret Cameras.

Experts have revealed that cameras can be installed in hidden in private places such as hotels rooms, trial rooms and public toilets to capture every of your moves.

We have been able to point out some tips to aid in the detection of these purported hidden cameras

• Mirror

Observe the mirror closely. If the mirror is hanging on the wall you can easily check out behind its wall. But if the mirror is installed in the wall there can be chances of it being a two-way mirror. Two way mirrors are coated with tinted mirror pane substance. It gives way to some light (that is, it allows light to pass through it). You can press our face against the mirror with your hands around your eyes to block all the light and try to peer through the mirror.

You can also observe the mirror by tapping on the surface of the mirror: genuine mirror will produce a flat and dull sound whereas a two-way mirror will produce a hollow and reverberating sound as there is an open space at the other end.

• Artifacts

Artifacts are also suitable places for hidden cameras, because those admiring them will always find the unusual pinholes of the art, appealing. So always check your homes for unusual small pin hole or designs. Some popular places are photo frames, bookshelves, air-purifiers, teddy bears, flowers pots, xmas trees, television etc.

• Lights Out

Switch all lights off in the room and observe the mirror more closely with a flash light. The flash light will reveal the observatory room or hidden camera behind the camera.

• Frequent Observations

Always search yourself and be vigilant whenever you observe or notice a foreign material on your clothes door, wall, shoes, pen, cap etc.

How to Help Your Child Get Over Math Anxiety

(NewsUSA) - Were you a math whiz growing up, or did you struggle and feel anxious at the mere mention of math? As a parent, you surely don't want your child to experience the same thing.

"It's easy to help your child not only excel at math but also enjoy it," says Raj Valli, the founder of Tabtor Math, a tablet-based math learning program for K-8 children personalized by a dedicated tutor. "Create a math-friendly environment, make math a playful language and participate in an ongoing dialogue about math."

Valli offers the following advice for helping your child enjoy math.

Create a positive environment around math. Since children model the attitudes of those around them, speak positively about math (even hiding your true feelings). Say encouraging phrases like, "It's really cool that you can use math every day."

Think about math as a language. Because children begin using language when they are very young, they don't feel the same anxiety about reading and writing as they do about math. To transfer this positive attitude over to math, approach math as a language, rather than as a "problem." Count things together, measure things together and talk about the numbers involved in any activity you are doing together. Don't worry too much about getting answers "right" or "wrong." Instead, help them think through the process of using math aloud, in words.

Hold a math "dialogue" centered on everyday activities. Once your child is comfortable with thinking about math in language terms, ask at the supermarket how many cookies are in a package and how your child calculated this answer. She might refer to the size of the package or the size of the cookies inside. Whether right or wrong, it's important to emphasize the process used in her head to make the guess. This gets her thinking about math as a visual subject involving shape and volume, rather than just as numbers in a line.

You might ask an older child how many slices of bread are in a loaf, how thick each slice is and how long the loaf is. Open the package to see how close the estimate was. He will learn to feel comfortable with estimating and will enjoy a conversation with you using math as a focal point.

If you set the stage correctly, you'll find that your child enjoys math more than you did and then you can relax and enjoy your child's future success in the classroom.

***A copyright free materials***

How To Derive Easter Calendar - A Step by Step Approach

This procedure is a dramatic and accurate simplification of the official procedure used to calculate Easter Sunday dates, as described in Christian Prayer Books. Paschal Full Moon dates are copied directly from these Books. It was produced in 1995 by Ronald W. Mallen, Adelaide, South Australia. It requires just one division on a calculator, and three simple additions. To know more about the History of the Easter Dating Method Click Here. This procedure appears more compactly in the 1988 Australian Almanac (titled "The Dating of Easter") held in the Canberra Library, Australia. There are three steps to calculating the Easter Sunday date:  Step 1) Obtain the Paschal Full Moon (PFM) date from Table 1 Use a calculator to divide the year by 19 Obtain the 3 digits after the decimal point Find the Paschal Full Moon (PFM) date in Table 1 below Then continue below with Step 2 Step 2) Add the 3 numbers obtained from Tables 2, 3 and 4 Add the 3 numbers you obtain from the "result" lines of Tables 2, 3 and 4 below. For example, the year 2008 gives us a PFM date of M22 in Table 1 (for years 326 to 2599 A.D.) M21 gives 3 from Table 2 the 20 in 2008 gives 0 from Table 3 the 08 in 2008 gives 3 from Table 4 Step 3) Find the Easter Sunday date from Table 5 Use the total result from step 2 to find the day of week of the PFM date in Table 5, then add the number of days shown to the PFM date to find the Easter Sunday date. ***Worked examples were situated after the tables below. Table 1: PFM Date for Years 326 to 2599 (M=March, A=April)
Fraction after dividing year by 19	326 - 1582		1583 - 1699	1700 - 1899	1900 - 2199	2200 - 2299	2300 - 2399
						2400 - 2499	2500 - 2599
.0 (none)	A5		A12	A13	A14	A15	A16
.052	M25		A1	A2	A3	A4	A5
.105	A13		M21	M22	M23	M24	M25
.157	A2		A9	A10	A11	A12	A13
.210	M22		M29	M30	M31	A1	A2
.263	A10		A17	A18	A18	M21	M22
.315	M30		A6	A7	A8	A9	A10
.368	A18		M26	M27	M28	M29	M30
.421	A7		A14	A15	A16	A17	A18
.473	M27		A3	A4	A5	A6	A7
.526	A15		M23	M24	M25	M26	M27
.578	A4		A11	A12	A13	A14	A15
.631	M24		M31	A1	A2	A3	A4
.684	A12		A18	M21	M22	M23	M24
.736	A1		A8	A9	A10	A11	A12
.789	M21		M28	M29	M30	M31	A1
.842	A9		A16	A17	A17	A18	M21
.894	M29		A5	A6	A7	A8	A9
.947	A17		M25	M26	M27	M28	M29

Table 2: PFM Date for year (M=March, A=April)
	-	-	M21	M22	M23	M24	M25
	M26	M27	M28	M29	M30	M31	A1
	A2	A3	A4	A5	A6	A7	A8
	A9	A10	A11	A12	A13	A14	A15
	A16	A17	A18	-	-	-	-
Result:	0	1	2	3	4	5	6

Table 3: First 2 digits of year (eg 19 for 1995, or 03 for 326)
	-	-	-	-	03	04	05
	06	07	08	09	10	11	12
	13	14	15*	-	-	15*	16
	-	17	-	18	-	19	20
	-	21	-	22	-	23	24
	-	25	-	26	-	27	28
	-	29	-	30	-	31	32
	-	33	-	34	-	35	36
	-	37	-	38	-	39	40
Result:	6	5	4	3	2	1	0

* for years 1500 to 1582, use the result of 4
* for years 1583 to 1599, use the result of 1

Table 4: Last 2 digits of year
	00	01	02	03	-	04	05
	06	07	-	08	09	10	11
	-	12	13	14	15	-	16
	17	18	19	-	20	21	22
	23	-	24	25	26	27	-
	28	29	30	31	-	32	33
	34	35	-	36	37	38	39
	-	40	41	42	43	-	44
	45	46	47	-	48	49	50
	51	-	52	53	54	55	-
	56	57	58	59	-	60	61
	62	63	-	64	65	66	67
	-	68	69	70	71	-	72
	73	74	75	-	76	77	78
	79	-	80	81	82	83	-
	84	85	86	87	-	88	89
	90	91	-	92	93	94	95
	-	96	97	98	99	-	-
Result:	0	1	2	3	4	5	6

Table 5: Following Sunday
Step 2 result:	0	1	2	3	4	5	6
	7	8	9	10	11	12	13
	14	15	16	17	18	-	-
Day of week of PFM date:	Sun	Mon	Tue	Wed	Thu	Fri	Sat
Days to add for next Sunday:	7	6	5	4	3	2	1

Example: To calculate the Easter Sunday Date for Year 2020

Solution: We have to go through three steps as stated earlier.

Step 1: Divide the year 2020 by 19

               = 106.315

So use the .315 part of the result obtained to find the Pashal Full Moon (PFM) date on Table 1.

The result from table 1 is A8, which implies April 8, 2020 A.D

Note: A8 was the result from table 1 not only because it falls under the 0.315 category but be cause it also falls between the year 1900 and 2199 category.

Step 2: it involves adding the three numbers obtained from the "result" lines of table 2,3 and 4

• The first number that will be used to obtain result from table 2 will be the result from table 1 which is A8. So A8 gives 6 (on the result line) from table 2
• The second number that will be used to obtain result from table 3 will be the first two digits of the year which is 20 in 2020 (e.g. 21 in 2134; 07 in 745). So 20 gives 0 (from the result line) in table 3.
• The third number that will be used to obtain result from table 4 will be the last two digits of the year which s 20 in 2020 (e.g. 94 in 1894). So 20 gives 4 from table 4.

The total of these results is 6 + 0 + 4 = 10

Step 3: The total of the results obtained from step 2 will be used to find the day of the week of the PFM date in Table 5. Thereafter add the number of days shown to the PFM date to find the Easter Sunday date.

From the table 5, 10(result obtained from step 2) shows that the PFM date occurs on Wednesday, so we need to add 4 days to find the next Sunday which will be, 8 + 4 = 12

So therefore, 12th April will be the Easter Sunday date for the Year 2020 A.D.

Hope you did find this more educative. You can kindly pick a year at random but not later than 2599 because our PFM calendar stops at 2599. We will add more in subsequent lectures. Feel free to add your streamlined calculations to the comment box. You might be helping somebody out there.