-60
60+60=120 just add 0+0=0 then,6+6=12 so,120
what's between 120 and 60 degrees east in longitude? There's a number line that is latitude has 90 N 60 30 0 30 60 S. and the longitude 60 120 180 120 60 0 60 E
-77
0+50x1-60-60x0+10. Even though MDAS is a standardized mechanical method, you ALWAYS perform addition and multiplication left-to-right. Therefore you would start by adding 0+50 because it is done left-to-right. Then, you are left with 50-60-60x0+10. Next, you multiply 60x0, because, once again, it is performed left-to-right. Now you have left 50-60-0+10. Then, you add 0+10 because of the left-to-right rule. Now, you are left with 50-60-10. Naturally, left-right subraction occurs. 50-60=(-10) and (-10)-10=(-20). 0+50x1-60-60x0+10=(-20) its not -10.. 0 is neutral theres no -0... it should be 50-60+10.. so the answer should be 0..
0-0-60 fertilizer is straight Potassium or commonly referred to as "potash"
28-0-0 fertilizer weighs approximately 10.68 to 10.75 pounds per gallon.
0% of 60 = 0 * 60 = 0
0 - 60 = -60
The numbers in each fertilizer represent the percentage of nitrogen, phosphorus, and potassium, respectively. Therefore, the difference between 32-0-0 and 34-0-0 fertilizer is the nitrogen content - the 32-0-0 fertilizer has 32% nitrogen, while the 34-0-0 fertilizer has 34% nitrogen. Nitrogen is important for plant growth and development.
The 0-11-52 means 0% Nitrogen (N), 11% Phosphorous (P) and 52 Potassium (K). The ratio of P to K that you need is 35/60 or ~ 1/2, but the P to K ratio of your "fertilizer" is 11/52 or ~ 1/5. You should get a fertilizer with a ratio more in line with what you need or expect to have to apply multiple fertilizers. Here is how you work out how much to apply per acre for each nutrient. Using Potassium as an example lbs to apply per acre = <lbs nutrient required per acre> / <% nutrient> lbs K to apply per acre = 60 / 0.52 ~ 120 lbs But like I said you would not get the correct amount of P with this fertilizer.
0. 60/0=0,so mathematically there are no zeros in the quantity of 60.
34-0-0
It usually refers to the ratio of nitrogen (N), phosphorous (P) and potassium (K) in the fertilizer. So 10-0-0 means that there is no phosphorous or potassium, only 10 parts nitrogen per 100 parts fertilizer.
16% Nitrogen 20% Phosphorous 0% Potash.
A gallon of liquid fertilizer with a 15-0-0-20 formulation would weigh approximately 10.4 pounds. This weight can vary slightly depending on the specific density of the fertilizer and any added chemicals.
A nitrogen fertilizer is what is used to fertilize pecan trees (Carya illinoiensis).Specifically, ammonium nitrate is an effective, reasonably priced nitrogen fertilizer for pecan trees. It is sold in packages marked 33-0-0 for 33% weight of nitrogen and 0% each of phosphorus and potassium. Another effective, reasonably priced nitrogen fertilizer is ammonium sulfate (21-0-0), at 21% nitrogen.