Probably just one for the goats. Goats like to be in a small area. Depends on the type of land - lush grass, scrub, forested. If you plan to feed them just grains and feed then you can fit as many as you can house and pay for the feed. If you plan to feed them mostly browse then the moister and more weed heavy (less tall grass) the quicker they will develop issues with worms from eating in the same place and chewing closer to the ground where other goats have pooped. This process turbo charges the worms and quickly leaves the goats sickly and prone to other illnesses. 1 pair of goats per acre is fine in dry lush grassland and dense forested browse areas especially if you plan to supplement with grain and feed which is fed off the ground so they don't recycle and turbo charge the parasite worms. Good fecal count analysis and worm management will make this process more flexible.
Amplitude ratio to dB conversion:For amplitude of waves like voltage, current and sound pressure level:GdB = 20 log10(A2 / A1)A2 is the amplitude level.A1 is the referenced amplitude level.GdB is the amplitude ratio or gain in dB.dB to amplitude ratio conversion:A2 = A1 · 10(GdB / 20)A2 is the amplitude level.A1 is the referenced amplitude level.GdB is the amplitude ratio or gain in dB.
A decibel (dB) has meaning only when compared a quantity (P1, V1, or I1) with a reference (P0, V0, or I0). Since it is a ratio of two like quantities, it is dimensionless. For a power ratio, power gain = 10 * log10(P1/Po) in [dB]. For a voltage ratio, voltage gain = 20 * log10(V1/Vo) in [dB]. For example, when P1 = 100 * P0, the power gain = 10 * log10(100) [dB] = 20 dB.
there are 80 goats and 20 chickens.
Gain should be distributed in the ratio of 12:8 ie 3:2 so A gets 3/5 ie R180 and B gets R120.
2:1 for broilers
FCR = dry weight of feed consumed/ wet weight of gain
No
In livestock operations (including pigs), efficiency of converting feed into muscle mass is critical for success of the farm. The feed to gain ratio is a unitless number that expresses how well an animal converts feed into mass. For example. If an animal has an average daily gain of 500g and consumes 600g of feed during this time, the feed to gain ratio (F:G) would be: 600g/500g = 1.2 This can be interpreted as the pig needing 1.2 lbs (or kg, etc) of feed in order to gain 1 lb (or kg, etc) of weight. The lower the F:G ratio, the more efficient the pig (or animal) is at converting feed into mass. Typical F:G ratios for pigs range between 0.9 and 1.5, depending on life stage. A ratio above 1.5 typically indicates a poor producing pig. Depending on the institution, a ratio of gain to feed may be more often utilized. This too expresses feed efficiency, but as an inverse of the previous ratio. So the same pig who has an average daily gain of 600g and consumes 500g during that time period would have a G:F of: 500g/600g = 0.83 This is interpreted as the pig gaining 0.83 lb (or kg, etc) per 1 lb (or kg, etc). When using G:F to express efficiency, a higher number is more desirable.
For a short time period, yes. However, over the long term the poultry feed is not nutritionally balanced for goats and you will have chronic malnutrition in the goats.
Goats milk may cause some irritation to their digestive system as it is very rich. It is not best to feed them goats milk, however, if you do feed them very little or add water to it.
Make a simple assumption that Joseph has 100 goats, therefore he has 155 sheep. In a ratio this is 155/100 or 31/20, therefore a ratio of 31 sheep to 20 goats.
It all depends on what feed is being fed to that steer, as in what feed is available, what the ratio of forage to grain is for that steer, and the steer's breeding and genetics. Some breeds or crossbreeds of steers will require less feed to achieve a pound of gain than other breeds or crossbreeds. For instance, an Angus steer will gain a pound on less feed than a Simmental steer.
We feed our pygmy goats Noble Goat. You can get it at Tractor Supply.
goat milk
grass
Hay and occasionaly grain