Let T0 Be a Particular Value of T$$t _ { 0 } \text { such that } P \left( t \leq t _ { 0 } \text { or } t \geq t _ { 0 } \right) = .1 \text { where } d f = 14 \text {. }$$

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The Answer of Let T0 Be a Particular Value of T$$t _ { 0 } \text { such that } P \left( t \leq t _ { 0 } \text { or } t \geq t _ { 0 } \right) = .1 \text { where } d f = 14 \text {. }$$

Let T0 Be a Particular Value of T $t _ { 0 } \text { such that } P \left( t \leq t _ { 0 } \text { or } t \geq t _ { 0 } \right) = .1 \text { where } d f = 14 \text {. }$

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Let T0 Be a Particular Value of T t0 such that P(t≤t0 or t≥t0)=.1 where df=14. t _ { 0 } \text { such that } P \left( t \leq t _ { 0 } \text { or } t \geq t _ { 0 } \right) = .1 \text { where } d f = 14 \text {. }t0​ such that P(t≤t0​ or t≥t0​)=.1 where df=14.

Definitions:

Let T0 Be a Particular Value of T $t _ { 0 } \text { such that } P \left( t \leq t _ { 0 } \text { or } t \geq t _ { 0 } \right) = .1 \text { where } d f = 14 \text {. }$