If you mean: 2, 3 and 5 then they are 71, 73, 77 and 79
235*98 = 235*(100 - 2) = 235*100 - 235*2 = 23500 - 470 = 23030 235*98 = 235*(100 - 2) = 235*100 - 235*2 = 23500 - 470 = 23030 235*98 = 235*(100 - 2) = 235*100 - 235*2 = 23500 - 470 = 23030 235*98 = 235*(100 - 2) = 235*100 - 235*2 = 23500 - 470 = 23030
59.01% of 235 = 59.01% * 235 = 0.5901 * 235 = 138.6735
70% of 235 = 70% * 235 = 0.7 * 235 = 164.5
235 thousandths = 235/1000 = 235 divided by 1,000 = 0.235
yes, but they will be quite a bit smaller as they are 4 sizes smaller.
If you mean: 2, 3 and 5 then they are 71, 73, 77 and 79
Can you? Yes. Should you? No. The 235 will be 3.67% smaller. This will adversely effect your ride, handling, speedometer, and braking.
Fission is a nuclear reaction where the nucleus of an atom, like uranium-235 (U-235), splits into two smaller nuclei and releases energy in the form of heat and radiation. This process is used in nuclear power plants to generate electricity.
you mean a 235/60 r16 being used with 3-235/70 r16? I wouldn't unless it's an emergency. the single tire has a smaller diameter. by 23.5 mm. the 235 part is basically the width of the tire, the 60 and/or 70 is a percentage of that with and that is the profile or height of the tire. so the difference is these tires is 10% of 235mm.
During fission of uranium-235, the nucleus of uranium-235 absorbs a neutron and becomes unstable. It then splits into two smaller nuclei (such as barium and krypton), releasing energy and additional neutrons in the process. The formula for this process can be represented as: U-235 + 1 neutron → Ba-141 + Kr-92 + 3 neutrons + energy
Yes they can but the 235 will be 0.44 inches smaller in overall diameter. This will cause your speedometer to read 1 mph fast. This is however an acceptable substitute.
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235*98 = 235*(100 - 2) = 235*100 - 235*2 = 23500 - 470 = 23030 235*98 = 235*(100 - 2) = 235*100 - 235*2 = 23500 - 470 = 23030 235*98 = 235*(100 - 2) = 235*100 - 235*2 = 23500 - 470 = 23030 235*98 = 235*(100 - 2) = 235*100 - 235*2 = 23500 - 470 = 23030
This process is called nuclear fission.
U-235 is preferred for nuclear power plants because it undergoes fission more readily than smaller isotopes, releasing more energy. This allows for efficient energy production in nuclear reactors. Additionally, U-235 is relatively abundant and can sustain a chain reaction, making it a practical choice for nuclear power generation.