A block of mass $$\text{m kg}$$ rests on an inclined plane of inclination $${30}^°$$. Now, the inclined plane is pulled forward in such a way that the block is relatively at rest with respect to the inclined plane's surface. What is the acceleration produced by the applied force?

Details and assumptions:-

• Assume that the inclined plane is frictionless.
• Take $$\text{g}$$ (acceleration due to gravity) as $$9.8 {\text{m/sec}}^2$$.
• Give your answer (in $${\text{m/sec}}^2$$) upto two decimal places.
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