multiple choice
1. Multiple Choice Question 1
With the above three procedures, which shape effect will the ballerina girl show? ()
A1 B2 C3 D4
2. Multiple Choice Question 2
3. Multiple choice question 3
4. Programming Question 4
5. Multiple Choice Question 5
programming questions
Programming question one
Programming implementation: text effects.
Specific requirements:
1) Click the green flag, and the stage will be blank for 1 second;
2) The word "blue" will appear with special effects (initial value of pixels: 300) and gradually appear clearly;
3) After the word "blue" appears for 1 second , the word "bridge" is gradually and clearly presented with special effects (virtual image initial value: 100).
Programming question two
Programming realization:
rotating windmill. (Brush question, use the brush to draw without other characters appearing, otherwise 0 points)
Specific requirements:
1) Click on the green flag and use the brush to draw the triangular base of the windmill (size and color can be set by yourself, pen thickness: 20); 2) Draw Create four rectangular fan blades (the size and color can be set by yourself);
3) The fan blades can continue to rotate clockwise (the fan blades rotate in situ);
4) The drawn windmill can be fully presented on the stage (base and fan leaves cannot be separated).
Programming question three
Programming implementation: piggy bank.
Specific requirements:
1) Click on the green flag, and the corresponding character and background will appear (initial balance is 1000);
2) Click on deposit, ask how much to deposit and a dialog box will appear;
3) Enter the amount of deposit, and the balance will display the deposited amount Total amount of money;
4) Click withdraw money, ask how much to withdraw and a dialog box will appear;
5) Enter the amount of money withdrawn in the dialog box, and the balance will display the total amount of money after withdrawal;
6) If the amount of money withdrawn is greater than the balance, it will display The balance at this time is displayed after the balance is less than 1 second.
Programming question four
Programming implementation: switch bullets.
Specific requirements:
1) Click on the green flag, and the corresponding character and background will appear;
2) Press the number key 1 to fire a type 1 bullet - flame bomb;
3) Press the number key 2 to fire a type ② bullet - flame shot;
4 ) Press the number key 1 again to fire 1 type of bullet - flame bomb;
5) The bullet is in continuous firing state, the number 1 key and the number 2 key can continuously switch the type of bullet fired.
Programming question five
Programming implementation: secret room escape.
Specific requirements:
1) Click the green flag, and the corresponding character and background will appear;
2) After clicking the blue key on the bed, the key can move with the mouse;
3) Drag the mouse to move the key to the key in the third drawer of the bedside table At the hole, a dialog box "Open the drawer" appears, wait for 1 second for the blue key to disappear, you can take out the red key from the drawer, and the red key will appear on the screen; 4)
Click the red key, the red key will move with the mouse pointer, move Go to the key hole of the first drawer of the computer desk, and a dialog box "Open the drawer" will appear, wait for 1 second for the red key to disappear, and you can take out the white door card from the drawer, and the white door card will appear on the screen; 5) Click on the
door Card, door card can move with the mouse pointer, touch the purple handle and disappear, the password lock will randomly say five numbers (0-9), enter the maximum five digits composed of these five numbers and an input box will appear; 6
) If the maximum five digits entered are correct, it will prompt: "Correct, the door is open". If the maximum five-digit number entered is wrong, it will prompt: "Please re-enter (one more chance)". If you make mistakes in the two chances, you will be prompted: "Wrong, the door is locked".
Programming question six
Programming implementation: Mayan temple.
Specific requirements:
1) Click the green flag, and the corresponding character and background will appear;
2) Press the space bar, and the Mayan compass will say: "Please observe the order in which the torches are lit", and then the four torches in the temple will light up in random order
3) The Mayan compass said: "Please light up all the torches in the order just now", and then use the up, down, left, and right keys to control your finger to move in the corresponding direction, move your finger to a torch, press Press the S key, the torch will light up again;
4) All four torches are lit, if the order of lighting is wrong, the Mayan compass will say: "wrong", and the game is over;
5) All four torches are lighted, if the order of lighting is correct, the Mayan compass will say: "Correct", and According to the number represented by each torch, rotate clockwise to the corresponding number position in 4 times, with an interval of 1 second each time, and the order is consistent with the order of lighting the torch; 6) After the Mayan compass turns successfully, the gate opens
.
Programming question seven
Programming implementation:
Dr. Wang asked five addition multiple-choice questions, and asked the students to give the correct options.
Specific requirements:
1) Dr. Wang asked: "n + m=?", n (0-9 random number), m (O-9 random number);
2) The four options below A, B, C, D, random One option is the correct answer, and the other options are wrong answers (the answers to all options cannot be repeated); 3) Enter the option in the inquiry box, if it is correct, Dr. Wang said: "Yes", if it is wrong, Dr. Wang said: "Wrong ;
4) Dr. Wang will give five multiple-choice questions in succession;
5) After completing the five multiple-choice questions, Dr. Wang will say: "How many questions have been answered correctly?" Wait for 1 second, and say: "How many points have you got", and the options will be cleared (20 points for each multiple-choice question);
6) The program runs continuously and meets all the above requirements.