Write a statement that increases pay by 3% if the performance score exceeds 85, otherwise decrease the pay by 1%.

Consider the following code segment. It should display a message only if the cost is between 50 and 75 dollars. The message should also be displayed if the cost is exactly 50 dollars or exactly 75 dollars. if print ("The cost is in the deeired range") What condition should be placed in the blank to achieve the desired behavior? Select one: cost >= 50 or cont 50 COAD = 50 and coot 5 cost 7S

Compute total cost A drink costs 2 dollars. A taco costs 3 dollars. Write a statement that assigns totalCost with the total meal cost given the number of drinks and tacos. Ex: 4 drinks and 6 tacos yields totalCost ® Check totalCost's value Expected: 26

Find the Error(s) in the following program and state how to fix those error(s). #include using namespace std; int main() { int testScore; cout > testScore; if (testScore < 60) cout << "Your grade is F.\n"; else if (testScore < 70) cout << "Your grade is D.\n"; else if (testScore < 80) cout << "Your grade is C.\n"; else if (testScore < 90) cout << "Your grade is B.\n"; else cout << "That is not a valid score.\n"; elce if (testScore <= 100)

Study the following if statement: if x>10 or x<-10: print('big') elif x>1000000: print('very big') elif x<-1000000: print('very big') else : print('small') For what values of x will the above code print 'very big'?

Problem 1. Each of the following assembly code snippets corresponds to the body of a C function consisting of a single control structure: a loop, if statement, or case switch. (Compiler directives, like cfi_startproc, and instructions that do not affect the semantics, like endbr64, have been removed for readability. And yes, of course the functions are all named foo.) For each one, write C code that would compile to similar assembly for the body. In other words, figure out what the code is doing and write C code to do that. You will have to figure out how many variables are being computed with, and make up names for them. (The code was compiled with -0g.) foo: a. b. C. .L3: .L2: foo: .L2: foo: .L3: .L2: movl $0, %edx movl $0, %eax jmp .L2 addl (%rdi), %edx addl $1, %eax leaq 4(%rdi), %rdi cmp1 %esi, %eax jl .L3 movl %edx, %eax ret movl (%rdi), %eax cmpl $10, %eax jle .L2 subl $10, %eax movl %eax, (%rdi) ret leal 1(%rax,%rax, 2), %eax movl %eax, (%rdi) ret movl $0, %eax jmp .L2 addl $1,…

Beginning in cell f4, enter a formula using IFS function to calculate the commission rate based on the following table if annual sales are  >=225,000 >=175,000 >=100,000 <100,000   then commission rate is:  6%4%2%0%

Given c = True , d = False. Determine if the following condition is true or false: !d && C True False

If p < 0 and q > 0, determine whether the statement is true always, sometimes, or never. Describe how you know. pq < 0

b. if (score > 25): level 4 score result 19 elif (score >= 15): level 3 25 11 elif (score > 10): 10 level 2 else: level 1