During a nuclear explosion, a fireball will be produced having a maximum volume V₀. For temperatures below 2,000 K and a given explosive force, the volume V of the fireball t seconds after the explosion can be estimated using the given formula. (Note that the kelvin is abbreviated as K, not ^oK.) Approximate t when V is 84% of V₀. Round the answer to the nearest thousandth of a second. A)0.736 sec B)5.887 sec C)37.964 sec D)1.472 sec E)1.619 sec

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The Answer of During a nuclear explosion, a fireball will be produced having a maximum volume V₀. For temperatures below 2,000 K and a given explosive force, the volume V of the fireball t seconds after the explosion can be estimated using the given formula. (Note that the kelvin is abbreviated as K, not ^oK.) Approximate t when V is 84% of V₀. Round the answer to the nearest thousandth of a second. A)0.736 sec B)5.887 sec C)37.964 sec D)1.472 sec E)1.619 sec

During a Nuclear Explosion, a Fireball Will Be Produced Having