Chuda Upma | How to Prepare Chuda Upma | Chuda Upma Recipe without onion | Quick Snacks Recipe

Chuda Upma

👨‍🏫Prep Time: 5 Min

🥣Cook Time: 10 Min

🍱Total Time: 15 Min

🍽Course: Snacks

🥗Cuisine: Indian

Ingredients

Chuda (Poha) - 100 gm
Peanuts - 20 gm
Carrot - 1
Tomato - 1
Cabbage - 50 gm
Turmeric Powder
Ginger - 1/3 of a Inch
Salt
Cumin - 1/2 tsp
Curry Leaves
Curry Masala

Preparation

Put a pan on medium flame and add refine oil (Recommended: Sunflower Oil).
Add cumin, ginger paste and curry leaves. Cook it.
Now, add tomato and cook.
Then, add peanuts and cook till crisp.
Then, add grated cabbage, sliced carrot.
Now sprinkle turmeric powder, half cup of water and cook it on high flame till the cabbage gets soft.
Allow the process for 7 to 8 minutes.
Put the chuda or poha in a bowl and allow it to get soaked.
After the cabbage and carrot get soft, add the poha(chuda) in it.
Mix it very well.
Sprinkle curry masala on it and mix it very well.
You can add tomato sauce and chili sauce of vegan (optional).
Cook it for 2 minutes.

Now, the Chuda (Poha) Upma is ready to be eaten.

Comments

Logical Group Instruction Set of 8085 Microprocessor | ANA, ANI, ORA, ORI, XRA, XRI, CMA, CMC, STC, CMP, RLC, RAL, RRC, RAR instruction examples

Logical Group These Logical group instructions are used in the 8085 Microprocessor program. In this article, you would get the instructions with example. In some sections, referring images are also provided to make your understanding crystal clear. ANA r Here the data of r AND (Logical AND) with the data of Accumulator and the result will store in Accumulator. Example - ANA B (B) ⋀ (A) ⟶ (A) Data in Accumulator is 23 and data in register B is 56. After executing the program, Data in Accumulator will be 02 ( Can't Understand Refer This Image ) ANA M Here the data in the memory location pointed by HL pair AND (Logical AND) with data in Accumulator and the result will store in Accumulator. Example - ANA M

Pin Diagram of 8085A Microprocessor and working functions of each pin (Study Notes)

Pin Diagram of 8085A Microprocessor Diagram: Pin Diagram of 8085 Microprocessor Functional of Each Pin (Briefly): 👉A 8 – A 15 (Output): These are address bus and used for the eight most significant bits of the memory address or eight bits i/o address. 👉 AD 0 – AD 7 (Both Input and Output): Thses are time multiplexed address/data bus that is served dual purpose. They are used for the LSB (Least Significant Bits) 8 bits of memory address and data during other time. 👉ALE (Output): It is abbreviated as Address Latch Enable. It goes high when 8 lower bits of address is latched. 👉IO/M* (Output): It is a status signal which distinguishes whether the address is for i/o or memory. When it goes high, the address bus is for an i/o device. And when it goes low, the address is for memory location because M is an active low signal. 👉S 0 , S 1 (Ouput): These are status signal send by microprocessor to distinguish various types of operation. S 0 S 1 Operation

Instruction Set and their types, Functions with examples and Addressing Models of 8085 Microprocessor

Instruction Set of 8085 Microprocessor An instruction is a command given to the computer to perform a specified operation on the given data. In 8085 microprocessor, the instructions are classified into five (5) groups. They are, Data Transfer Group Arithmetic Group Logical Group Branch Control Group I/O and Machine Control Group Addressing Models: Each instruction requires certain data on which it has to operate. In Intel 8085 Microprocessor, there are 4 types of addressing mode. More on Addressing Models>>> Data Transfer Group MOV r1, r2 This means the data of register - 2 will move to register - 1 Example - MOV A, B MOV r, M This means the data stored in ((H - L)) will move to the specified register. Example - MOV B, M MOV M, r This means the data in the specified register will move to ((H-L)). Example - MOV M, B MVI r, data This means the given data will

Let's Learnz

Search This Blog