fRecall that constants, such as the acceleration due to gravity, are best represented using a symbolic constant declared with the #define directive. For example:

#define GRAV ACCEL $9\mathrm{.}81$

With this in mind, write a program that prompts the user for the price of an article $($before taxes$)$ and that prints the price of the article including provincial sales tax $($PST$)$ at $7\%$ and goods and services tax $($GST$)$ at $5\%.$ You may use code in previous questions as a model.Recall that constants, such as the acceleration due to gravity, are best represented using a symbolic constant declared with the #define directive. For example:

#define GRAV ACCEL $9\mathrm{.}81$

With this in mind, write a program that prompts the user for the price of an article $($before taxes$)$ and that prints the price of the article including provincial sales tax $($PST$)$ at $7\%$ and goods and services tax $($GST$)$ at $5\%.$ You may use code in previous questions as a model.Recall that constants, such as the acceleration due to gravity, are best represented using a symbolic constant declared with the #define directive. For example:

#define GRAV ACCEL $9\mathrm{.}81$

With this in mind, write a program that prompts the user for the price of an article $($before taxes$)$ and that prints the price of the article including provincial sales tax $($PST$)$ at $7\%$ and goods and services tax $($GST$)$ at $5\%.$ You may use code in previous questions as a model.