Is the Omega Seamaster 300m designed for men?

Is the Omega Seamaster 300m designed for men?
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1 Answer

Answer :

The Omega Seamaster 300m is available in both men's and women's models. You can find the men's Omega Seamaster 300m new and used on Ebay.com or at your nearest OMEGA boutique.
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How much do omega Seamaster 300m cost?

Description : How much do omega Seamaster 300m cost?

Last Answer : There are a few different models depending on the color of the band you were wanting on that particular watch. If you were wanting to buy a new watch, it appears you are looking to pay around $1600 to $1900. A pre-owned watch would be less.

What is the battery life for an omega seamaster professional watch?

Description : What is the battery life for an omega seamaster professional watch?

Last Answer : Most Omega watches come with 21 jewel motion or higher- they generally don't run on batteries, being 'automatic' - they run on kinetic motion. Those that do run on battery generally have a 9 to 12 month battery life.

How much do omega Seamaster aqua terra watches cost?

Description : How much do omega Seamaster aqua terra watches cost?

Last Answer : Omega Seamaster Aqua Terra watches are a very pricey selection of watches. On average, they tend to cost about five thousand dollars. They can be bought on luxuryofwatches.com and other similar watch sites.

How long does the warranty for omega Seamaster watches last?

Description : How long does the warranty for omega Seamaster watches last?

Last Answer : Omega guarantees that they will keep spare parts for all watches for at least 20 years from when they were last manufactured. Repairs are always covered.

how do you change a battery on a '02 chrysler 300m

Description : how do you change a battery on a '02 chrysler 300m

Last Answer : Need Answer

The MSA provides 300m obstacle clearance within how many miles radius of the navigation facility at the aerodrome? a. 20nm b. 30nm c. 25nm d. 15nm

Description : The MSA provides 300m obstacle clearance within how many miles radius of the navigation facility at the aerodrome? a. 20nm b. 30nm c. 25nm d. 15nm

Last Answer : c. 25nm

The Vertical Separation Minimum (VSM) for flights in accordance with IFR within controlled airspace below FL290 is: a. 500 feet (150m) b. 2500 feet (750 m) c. 1000 feet (300m) d. 2000 feet (600m)

Description : The Vertical Separation Minimum (VSM) for flights in accordance with IFR within controlled airspace below FL290 is: a. 500 feet (150m) b. 2500 feet (750 m) c. 1000 feet (300m) d. 2000 feet (600m)

Last Answer : c. 1000 feet (300m)

The MSA provides 300m obstacle clearance within how many miles radius of the navigation facility at the aerodrome? a. 20nm b. 30nm c. 25nm d. 15nm

Description : The MSA provides 300m obstacle clearance within how many miles radius of the navigation facility at the aerodrome? a. 20nm b. 30nm c. 25nm d. 15nm

Last Answer : c. 25nm

The Vertical Separation Minimum (VSM) for flights in accordance with IFR within controlled airspace below FL290 is: a. 500 feet (150m) b. 2500 feet (750 m) c. 1000 feet (300m) d. 2000 feet (600m)

Description : The Vertical Separation Minimum (VSM) for flights in accordance with IFR within controlled airspace below FL290 is: a. 500 feet (150m) b. 2500 feet (750 m) c. 1000 feet (300m) d. 2000 feet (600m)

Last Answer : c. 1000 feet (300m)

A hare is spotted by a tiger from a distance of 50 metres. When the tiger starts a chase, the hare also starts running. If the speed of the hare be 4 km/hr and that of a tiger 5 km/hr, how far the hare will have run before its over taken? a) 100m b) 200m c) 300m d) 400m

Description : A hare is spotted by a tiger from a distance of 50 metres. When the tiger starts a chase, the hare also starts running. If the speed of the hare be 4 km/hr and that of a tiger 5 km/hr, how far the hare will have run before its over taken? a) 100m b) 200m c) 300m d) 400m

Last Answer : B Relative speed of the tiger = (5-4)km/hr =1 km/hr Time taken by tiger to cover 50 m, =(50/1000)hr =1/20hr In 1/20 hrs, the tiger cover a distance of (4*1/20)km =1/5km =>(1/5*1000)m =200m

In a 2700 m race around a round track of length 300m, abi and kabi meet at the end of the 3rd minute, for the first time after the start of the race. All the runners maintain uniform speed throughout the race. If abi runs at twice the speed of the kabi. Find the time taken by abi to finish the race. a) 27 mints b) 32 mints c) 5 mints d) 23 mints

Description : In a 2700 m race around a round track of length 300m, abi and kabi meet at the end of the 3rd minute, for the first time after the start of the race. All the runners maintain uniform speed throughout the race. ... time taken by abi to finish the race. a) 27 mints b) 32 mints c) 5 mints d) 23 mints

Last Answer : A As, abi is twice as fast as the kabi, abi would have completed two rounds by the time kabi completes one round. And that is their second meeting. Their first meeting takes place after the abi ... 300m ⇒He takes 2700/300 *3 =27 mints Hence he takes 27 minutes to finish the race.

A passenger train 300m long is running with a speed of 136 km/hr. In what time will it pass a boy who is running at 6 km/hr in opposite direction in which the train is moving? A) 8.6sec B) 7.6sec C) 3.6sec D) 2.6sec

Description : A passenger train 300m long is running with a speed of 136 km/hr. In what time will it pass a boy who is running at 6 km/hr in opposite direction in which the train is moving? A) 8.6sec B) 7.6sec C) 3.6sec D) 2.6sec

Last Answer : ANSWER: B Explanation:  Speed of the train = 136 km/hr  Speed of boy = 6 km/hr  Speed of the train relative to boy = (13 + 6)km/hr  = 142 km/hr Convert km/hr into m/s 142 km /hr = (142 * 5 / 18 ... taken bt it to cover 300 m at 39.44 m/s =300 / 39.44 [speed time= distance / speed] = 7.6 sec

Are there any name brand pants that are specifically designed for tall men?

Description : Are there any name brand pants that are specifically designed for tall men?

Last Answer : Dockers and Levis have a large variety of big and tall clothing for men.

Taking Omega 3 capsules, why 3 times a day?

Description : Taking Omega 3 capsules, why 3 times a day?

Last Answer : SInce the overall science shows that Omega 3 has no real effect on treating cardiovascular disease or depression, it may be just a way to prevent your body from reacting to higher dosages resulting ... oil, can cause bloating, burping, bad breath, and other small inconveninces such as loose stools.

Omega 3 capsules versus Flaxseed?

Description : Omega 3 capsules versus Flaxseed?

Last Answer : The Omega3 capsules give me gas. So, I prefer to use ground Flaxseed added to my food. I started out with a small amount just in case I didn't like the taste.I found it to have NO flavor so ... as it becomes a habit much like adding milk. It has also become a habit as an ingredient in my smoothies.

Would Quantum Slipstream and the Borg Transwarp Drive be affected by an Omega Particle explosion?

Description : Would Quantum Slipstream and the Borg Transwarp Drive be affected by an Omega Particle explosion?

Last Answer : Both transwarp and quantum slipstream drives operate on the same basic principles as conventional warp drives, and neither bypasses the need to travel through subspace. So presumably they would both be affected ... . The same should also be true for a Xindi energy portal (aka subspace vortex).

Re. the vegan diet, how do the animals we eat end up giving us Vitamin B12, Omega 3, Iron etc.

Description : Re. the vegan diet, how do the animals we eat end up giving us Vitamin B12, Omega 3, Iron etc.

Last Answer : answer:Long, snarky If cows get fiber from the grass where does the grass get its fiber if it’s just sucking up raw nutrients from the ground? If grass can be healthy by creating its own food through photosynthesis why don’t cows? Short We’re not cows. We have different nutritional requirements.

What does an alpha male and female look like when compared to the omega man/woman?

Description : What does an alpha male and female look like when compared to the omega man/woman?

Last Answer : I guess part of it is luck. To be alpha, obviously you need to be at least decent looking, and then the confidence is up to the person themselves.

How do omega 3 fatty acids reduce cholesterol?

Description : How do omega 3 fatty acids reduce cholesterol?

Last Answer : answer:Eat less, eat a plant-based diet, exercise more, meditate, and do not think that Omega-3 gel caps will be a magic fix. Watch Forks Over Knives for the science behind the plant-based diet. Recipes For an added incentive, watch Fat, Sick and Nearly Dead.

Is it true the Omega vitamins do nothing to help prevent heart problems?

Description : Is it true the Omega vitamins do nothing to help prevent heart problems?

Last Answer : answer:Omega-3 are not vitamins, but are essential fatty acids. Whether or not the dietary supplements are beneficial is controversial. It is important to note that dietary supplements and vitamins ... In general, the best way to get nutrition is through natural, minimally processed food sources.

Is alpha/omega/everything in between real in humans?

Description : Is alpha/omega/everything in between real in humans?

Last Answer : The thing to remember here is the flexibility involved. An animal that is acting as ‘Alpha’ is constantly competing with every male or female that is close. They can be supplanted at any time. For instance, the nerd in high school might end up starting the next Microsoft. Bottom to top.

Did anyone see the report on CBS Evening News about how Omega three prevents genes from mutating?

Description : Did anyone see the report on CBS Evening News about how Omega three prevents genes from mutating?

Last Answer : I found it right here at sciencenews.org. It explains that scientists investigated the effect of omega-3s on telomere length. Telomeres are the strings of repeating DNA sequences at the ... out with higher levels of omega-3s had experienced substantially less telomere shortening than the others.

Do fresh local eggs have more omega-3 than supermarket eggs?

Description : Do fresh local eggs have more omega-3 than supermarket eggs?

Last Answer : No. All eggs have the same unless they are fortified. There are plenty of other dietary sources for omega-3s. I say go for the delicious, unmatched taste of fresh eggs if you have them available.

Which fish can be found in fish oil or omega 3 ?

Description : Which fish can be found in fish oil or omega 3 ?

Last Answer : Various studies have shown that the benefits of fish oil are much higher in the female body. All women aged 20-30 or middle age can take fish oil capsules. And using it every day can ... -3 help reduce the risk of heart disease and help control low blood pressure , cholesterol and triglycerides.

Is it OK to take 100 grams of Vitamin E capsules daily for 50 days or 2 daily for 25 days and one Omega 3 capsules for 30 days to increase immunity ?

Description : Is it OK to take 100 grams of Vitamin E capsules daily for 50 days or 2 daily for 25 days and one Omega 3 capsules for 30 days to increase immunity ?

Last Answer : Yes you can eat , no problem.

The value of current in the \( 6 \Omega \) resistance is:

Description : The value of current in the \( 6 \Omega \) resistance is:

Last Answer : The value of current in the \( 6 \Omega \) resistance is:

4. A three-phase, four-wire system having \( 250 V \) line-to-neutral has the following loads connected between the respective lines and the neutral. Calculate the current in the neutral wire?\[Z_{R}=20 \angle 0^{\circ} \Omega ; Z_{Y}=20 \angle 35^{\circ} \Omega, Z_{B}=20 \angle-55^{\circ} \Omega\](10M)

Description : 4. A three-phase, four-wire system having \( 250 V \) line-to-neutral has the following loads connected between the respective lines and the neutral. Calculate the current in the neutral wire?\[Z_{R}=20 \angle 0^{\circ} ... Z_{Y}=20 \angle 35^{\circ} \Omega, Z_{B}=20 \angle-55^{\circ} \Omega\](10M)

Last Answer : 4. A three-phase, four-wire system having \( 250 V \) line-to-neutral has the following loads connected ... =20 \angle-55^{\circ} \Omega \] (10M)

4. A three-phase, four-wire system having \( 250 V \) line-to-neutral has the following loads connected between the respective lines and the neutral. Calculate the current in the neutral wire?\[Z_{R}=20 \angle 0^{\circ} \Omega ; Z_{Y}=20 \angle 35^{\circ} \Omega, Z_{B}=20 \angle-55^{\circ} \Omega\](10M)

Description : 4. A three-phase, four-wire system having \( 250 V \) line-to-neutral has the following loads connected between the respective lines and the neutral. Calculate the current in the neutral wire?\[Z_{R}=20 \angle 0^{\circ} ... Z_{Y}=20 \angle 35^{\circ} \Omega, Z_{B}=20 \angle-55^{\circ} \Omega\](10M)

Last Answer : 4. A three-phase, four-wire system having \( 250 V \) line-to-neutral has the following loads connected ... =20 \angle-55^{\circ} \Omega \] (10M)

4. A three-phase, four-wire system having \( 250 V \) line-to-neutral has the following loads connected between the respective lines and the neutral. Calculate the current in the neutral wire?\[Z_{R}=20 \angle 0^{\circ} \Omega ; Z_{Y}=20 \angle 35^{\circ} \Omega, Z_{B}=20 \angle-55^{\circ} \Omega\](10M)

Description : 4. A three-phase, four-wire system having \( 250 V \) line-to-neutral has the following loads connected between the respective lines and the neutral. Calculate the current in the neutral wire?\[Z_{R}=20 \angle 0^{\circ} ... Z_{Y}=20 \angle 35^{\circ} \Omega, Z_{B}=20 \angle-55^{\circ} \Omega\](10M)

Last Answer : 4. A three-phase, four-wire system having \( 250 V \) line-to-neutral has the following loads connected ... =20 \angle-55^{\circ} \Omega \] (10M)

Among the following edible fishes, which one is a marine fish having rich source of omega -3 fatty acids ?

Description : Among the following edible fishes, which one is a marine fish having rich source of omega -3 fatty acids ?

Last Answer : Among the following edible fishes, which one is a marine fish having rich source of omega -3 fatty acids ? A. Mrigala B. Mackerel C. Mystus D. Mangur

The resistivity of indium arsenide arsenide is `rho=2.5 xx10^(-3) Omega m` and its Hall constant is `C_(H)=10^(-2) m^(3)//c`. Find the concentration a

Description : The resistivity of indium arsenide arsenide is `rho=2.5 xx10^(-3) Omega m` and its Hall constant is `C_(H)=10^(-2) m^(3)//c`. Find the concentration a

Last Answer : The resistivity of indium arsenide arsenide is `rho=2.5 xx10^(-3) Omega m` and its Hall ... and mobility of the charge carriers in this material.

When 10 cells in series are connected to the ends of a resistance of `59 Omega`, the current is found to be 0.25 A, but when the same cells after bein

Description : When 10 cells in series are connected to the ends of a resistance of `59 Omega`, the current is found to be 0.25 A, but when the same cells after bein

Last Answer : When 10 cells in series are connected to the ends of a resistance of `59 Omega`, the ... Calculate the internal resistance and emf of each cell.

How would you arrange 64 similar cells each having an emf of 2.0 V and internal resistance `2 Omega` so as to send maximum current through an external

Description : How would you arrange 64 similar cells each having an emf of 2.0 V and internal resistance `2 Omega` so as to send maximum current through an external

Last Answer : How would you arrange 64 similar cells each having an emf of 2.0 V and internal resistance ` ... current through an external resistance of `8 Omega`.

Find the minimum number of cells required to produce an electric current of 1.5 A through a resistance of `30 Omega`. Given that the emf of each cell

Description : Find the minimum number of cells required to produce an electric current of 1.5 A through a resistance of `30 Omega`. Given that the emf of each cell

Last Answer : Find the minimum number of cells required to produce an electric current of 1.5 A through a resistance ... .5 V and internal resistance `1.0 Omega`.

Two cells connected in series have electromotive force of 1.5 V each. Their internal resistances are `0.5 Omega` and `0.25 Omega` respectively. This c

Description : Two cells connected in series have electromotive force of 1.5 V each. Their internal resistances are `0.5 Omega` and `0.25 Omega` respectively. This c

Last Answer : Two cells connected in series have electromotive force of 1.5 V each. Their internal ... potential differnce across the terminals of each cell.

A 20 V battery of internal resistance `1 Omega` is connected to three coils of `12 Omega, 6 Omega` and `4 Omega` in parallel, a resistor of `5Omega` a

Description : A 20 V battery of internal resistance `1 Omega` is connected to three coils of `12 Omega, 6 Omega` and `4 Omega` in parallel, a resistor of `5Omega` a

Last Answer : A 20 V battery of internal resistance `1 Omega` is connected to three coils of `12 ... and the terminal potential difference across each battery.

Three identical cells each of emf 2 V and unknown internal resistance are connected in parallel. This combination is connected to a `5 Omega` resistor

Description : Three identical cells each of emf 2 V and unknown internal resistance are connected in parallel. This combination is connected to a `5 Omega` resistor

Last Answer : Three identical cells each of emf 2 V and unknown internal resistance are connected in parallel. ... what is the internal resistance of each cell ?

Three identical, each of emf 2 V and internal resistance `0.2 Omega` are connected in series to an external resistor of `7.4 Omega`. Calculate the cur

Description : Three identical, each of emf 2 V and internal resistance `0.2 Omega` are connected in series to an external resistor of `7.4 Omega`. Calculate the cur

Last Answer : Three identical, each of emf 2 V and internal resistance `0.2 Omega` are connected in series to ... 7.4 Omega`. Calculate the current in the circuit.

Two cells of emf of 1.5 V and 2.0 V having internal resistances of `1 Omega` and `2 Omega`, respectively are connected in parallel so as to send curre

Description : Two cells of emf of 1.5 V and 2.0 V having internal resistances of `1 Omega` and `2 Omega`, respectively are connected in parallel so as to send curre

Last Answer : Two cells of emf of 1.5 V and 2.0 V having internal resistances of `1 Omega` and `2 Omega` ... of `5 Omega`. Find the current in the external circuit.

10 cells, each of internal resistance `0.5 Omega` and 1.2 V emf are connected (a) all in series and (b) all in paralle. Calculate the current sent in

Description : 10 cells, each of internal resistance `0.5 Omega` and 1.2 V emf are connected (a) all in series and (b) all in paralle. Calculate the current sent in

Last Answer : 10 cells, each of internal resistance `0.5 Omega` and 1.2 V emf are connected (a) all in ... each case through a wire of resistance `0.8 Omega`.

The emf of a battery is 4.0 V and its internal resistance is `1.5 Omega`. Its potential difference is measured by a voltmeter of resistance `1000 Omeg

Description : The emf of a battery is 4.0 V and its internal resistance is `1.5 Omega`. Its potential difference is measured by a voltmeter of resistance `1000 Omeg

Last Answer : The emf of a battery is 4.0 V and its internal resistance is `1.5 Omega`. Its potential ... percentage error in the reading of emf shown by voltmeter.

When a resistance of `2 Omega` is placed across the terminals of a battery, the current is 0.5 A. When the resistance across the terminals of the batt

Description : When a resistance of `2 Omega` is placed across the terminals of a battery, the current is 0.5 A. When the resistance across the terminals of the batt

Last Answer : When a resistance of `2 Omega` is placed across the terminals of a battery, the current is 0 ... emf of the battery and also its internal resistance.

A battery of emf 2 V and internal resistance `0.5 Omega` is connected across a resistance of `9.5 Omega`. How many electrons pass through a cross-sect

Description : A battery of emf 2 V and internal resistance `0.5 Omega` is connected across a resistance of `9.5 Omega`. How many electrons pass through a cross-sect

Last Answer : A battery of emf 2 V and internal resistance `0.5 Omega` is connected across a resistance of `9. ... a cross-section of the resistance in 1 second ?

The potential differnce between the terminals of a battery of emf 6.0 V and internal resistance `1 Omega` drops to 5.8 V when connected across an exte

Description : The potential differnce between the terminals of a battery of emf 6.0 V and internal resistance `1 Omega` drops to 5.8 V when connected across an exte

Last Answer : The potential differnce between the terminals of a battery of emf 6.0 V and internal resistance ... resistor . Find the resistance of the external res

The reading of a voltmoter when a cell is connected to it is 2.2 V. When the terminals of the cell are connected to a resistance of `4 Omega`, the vol

Description : The reading of a voltmoter when a cell is connected to it is 2.2 V. When the terminals of the cell are connected to a resistance of `4 Omega`, the vol

Last Answer : The reading of a voltmoter when a cell is connected to it is 2.2 V. When the terminals of the ... to 2 V. Find the internal resistance of the cell.

Determine the voltage drop across the resistance `R_(1)` in the circuit given in Fig. 4.55 with `epsilon=90 V, R_(1)=5 k Omega, R_(2)=5k Omega, R_(3)=

Description : Determine the voltage drop across the resistance `R_(1)` in the circuit given in Fig. 4.55 with `epsilon=90 V, R_(1)=5 k Omega, R_(2)=5k Omega, R_(3)=

Last Answer : Determine the voltage drop across the resistance `R_(1)` in the circuit given in Fig. 4.55 with `epsilon=90 V, ... k Omega " and " R_(4)=10 k Omega`.

In the circuit diagram shown in Fig. 4.53, a voltmeter reads 30 V when connected across `400 Omega` resistance. Calculate what the same voltmeter read

Description : In the circuit diagram shown in Fig. 4.53, a voltmeter reads 30 V when connected across `400 Omega` resistance. Calculate what the same voltmeter read

Last Answer : In the circuit diagram shown in Fig. 4.53, a voltmeter reads 30 V when connected across `400 ... when it is connected across `300 Omega` resistance.

In the circuit shown in Fig. 4.63, the terminal voltage of the battery is 6.0 V. Find the current I through the `18 Omega` resistor.

Description : In the circuit shown in Fig. 4.63, the terminal voltage of the battery is 6.0 V. Find the current I through the `18 Omega` resistor.

Last Answer : In the circuit shown in Fig. 4.63, the terminal voltage of the battery is 6.0 V. Find the current I through the `18 Omega` resistor.

The resistance of a coil used in a platinum-resistance thermometer at `0^(@)C` is `3.00 Omega` and at `100^(@)C` is `3.75 Omega`. Its resistance at an

Description : The resistance of a coil used in a platinum-resistance thermometer at `0^(@)C` is `3.00 Omega` and at `100^(@)C` is `3.75 Omega`. Its resistance at an

Last Answer : The resistance of a coil used in a platinum-resistance thermometer at `0^(@)C` is `3.00 Omega ... as `3.15 Omega`. Calculate the unknown temperature.

The resistance of a silver wire at `0^(@)C " is " 1.25 Omega`. Upto what temperature it must be heated so that its resistance is doubled ? The tempera

Description : The resistance of a silver wire at `0^(@)C " is " 1.25 Omega`. Upto what temperature it must be heated so that its resistance is doubled ? The tempera

Last Answer : The resistance of a silver wire at `0^(@)C " is " 1.25 Omega`. Upto what temperature ... temperature be same for all silver conductors of all shapes ?