0
Don't know but can tell you a Ranger will be as heavy or heavier than any other brand bass boat of comparable length. A 350v Ranger is probably the most popular and well made bass boats of all time.
Wiki User
∙ 15y ago
Add your answer:
Earn +20 pts
Where can you buy boat seats for a 1989 ranger 350v?
You can buy them through any marine supply store. they will order them for you. Or you can search boat seats on the internet and find suppliers that way.
The circuit you are working on has a resistance of 25 ohms and a current of 14 amps What is the voltage?
Ohm's Law states that I = E/R where I is current in amps, E is voltage, and R is equal to the circuit resistance in ohms. Rearranging the equation to solve for E results in E = I*R. Replacing I with 14 and R with 25 results in the circuit voltage being equal to 350V.
Temp of 500mL sample changes from 150K to 350K what is final volume?
Assuming your sample is a gas and the pressure is kept constant, the volume will more than double. If not a gas you need more information, something called the volumetric coefficient of expansion.If a gas V/T = V/T500 / 150 = V / 350V = 350x500/150 = 1166.6666 ml of gas
Which is the oe stock rear differential gear ratio on a 1990 Chevy k1500 vin k?
Most common ratios for that year with a 350v-8 (vin K) 3.73:1 or 3.42:1 In the glove compartment is a sticker containing "RPO" codes 3.73:1 = GT4 3.42:1 = GU6 You can call a GM dealer, give them your FULL VIN and they can tell you what the truck was equipted with from the factory.
Can you run a 400V- 50Hz multitivoltage -3 phase electric motor in Russia?
The usual supply in Russia is 220 v 50 Hz which corresponds to a 3-phase supply of 381 v. You need to check your motor to see what voltage range it is designed for, but 381 v is only 4.8% low so it should be all right.
Why use 24 volt and not 12 volt?
More cranking power. The same reason, if your trying to fill up a swiming pool. The more or higher pressure of flow of water will fill the pool up faster... more water in less amount of time. More voltage more flow of electrons in a given time and the higher the voltage the lower the amperage draw or current pull... you could use a smaller wire and not worry about it overheating and failing. theres a lot to take in consideration for the application. The military uses 24v systems for several reasons. One is for cranking--and when big diesels started using electric starters, those starters were all 24v. (New heavy-duty diesels use 12v starters.) Another is for the radios we used to have. The old AN/VRC-12 series radios (VRC-12, VRC-46, VRC-47 among them) had vacuum tubes in the power amplifiers--the radios were designed in the 1960s, when they didn't have transistorized final amplifiers as big as the Army wanted. Tubes need high voltage to work, and it's easier to get to 350v if you start at 24v than if you start at 12v. The current generation of radio has a transistorized amp in it. The real reason they stick with 24v is commonality: if they went to 12v systems the warehouses full of truck parts, communications gear and everything else that can be used in a vehicle would work on only part of the fleet. They don't want a situation where they issue a troop a 12v radio to install in a 24v vehicle and the radio fries, or where they issue him a 24v chemical agent alarm to install in a 12v vehicle and his whole outfit dies from the nerve gas attack the alarm didn't tell them about. For large vehicles using a lot of power especially for cranking the engine, 24 v is used because on 12 v the connecting wires would have to be of a heavier gauge . . . copper is expensive.
What is the RMS values of AC Current and Voltage?
RMS stands for Root Mean Square. Basically it's what your AC voltmeter measures. So if you have a 120 volt AC signal, what you are saying is that the measured RMS voltage of the signal is 120 volts.The RMS voltage is a measure of the equivalent heat of a DC voltage. So a 120 volts RMS AC signal, which varies between +168 volts and -168 volts and back 60 times every second, has the same heating power that a DC voltage of 120 VDC would have.RMS voltage divided by 0.707 equals peak to peak voltage.Alternative AnswerThink of two types of electric saw: a circular saw and a reciprocating saw. We measure the speed of these two saws in two different ways, revolutions per second and strokes per second. Is there any way of comparing the two? Well, yes, we could describe both in terms of the length of cut they would make in the same period of time (their cutting speeds).Following this analogy, we compare direct current and alternating current by determining the heating effect of both currents. For example, if a direct current of, say, 10 A, produces a heating effect of x joules, what value of alternating current would produce exactly the same heating effect? Well, an experiment would show that this would be 0.707 times the amplitude (peak value) of that AC current which, in this particular example, would be a little over 14 A. So, instead of specifying the current's peak value, we always specify its rms-value.Since voltage and current are proportional to each other, we can measure voltage in the same way -i.e. Vrms = 0.707 Vmax. So, as the first answer explains, a nominal voltage of 120 V actually peaks at 168 V.(You may ask, why not simply use an average, rather than rms value? Well, apart from the fact you wouldn't be able to compare it to DC, the average of a complete positive/negative cycle would be zero!)
