Fill in the blаnks оf the Jаvа cоde statements shоwn below to find the area of the right triangle shown above. Note that the formula for the area of a right triangle is 0.5 times base times height. These are the steps of the program: 1.) Declares the 3 variables needed for this problem: base for the base of a triangle, height for the height of a triangle, and area for the area of a triangle, and initialize them to the values shown in the triangle above. 2.) Writes the code that uses the base and height variables to compute the area of a triangle.3.) Prints the following results with two decimal places precision on the console: "The area of a triangle is aa.aa" Where: aa.aa is the numerical value of the area with two decimals only. Java Code: [c1] base = 17.52;[c2] height = 10.23;[c3] area = 0.5 * base * height ;[c4].[c5].[c6]("The area of a triangle is [c7]f", [c8]); Notes: To receive credit for this question Java code entered must be correctly spelled. For each blank space, the right answer is a single identifier, keyword, or up to 4 characters placeholders.
Write the cоde tо fill in the blаnks оf the Jаvа statements shown below creating a method called exponentialValue which calculates the base variable being raised to the power of the exponent variable. After this the method returns the calculated value. Given information for the method: Access Control public Method Type static Return Type double Method Name exponentialValue Input Parameter 1 Type double Input Parameter 1 Name base Input Parameter 2 Type double Input Parameter 2 Name exponent Java Code: public [c1] [c2] exponentialValue([c3] base, double [c4]) { double result = [c5].pow([c6], [c7]); [c8] result;} Notes: To receive credit for this question Java code entered must be correctly spelled. For each blank space, the right answer is a single identifier or keyword.