CookingCalcs has three calculators and eleven protein-specific guides that each answer one narrow question — how long, at what temperature, how much it'll weigh after cooking. This page is the index that ties them together: which tool solves which problem, the safe temperature for every protein on one page, and the troubleshooting patterns that come up across all of them.
Which Tool Solves Which Problem
| You need to know... | Use this |
|---|---|
| How long to cook it, based on weight and cut | Cooking Time Calculator |
| What internal temperature means it's safely done | Meat Temperature Guide |
| How much a raw portion will weigh once cooked (or vice versa) | Raw to Cooked Weight Converter |
A typical workflow uses all three in sequence: check the Cooking Time Calculator for an estimated time, cook while confirming doneness with the Meat Temperature Guide's target, then use Raw to Cooked Weight if you're tracking macros or portioning leftovers.
Safe Internal Temperature, Every Protein at a Glance
These are the USDA safe minimums (see the Meat Temperature Guide for the full chart with rest times and Celsius conversions):
| Protein | °F | Notes |
|---|---|---|
| Chicken & turkey (whole, parts, ground) | 165°F | No safe range below this — poultry is the one category with a hard floor, not a doneness preference |
| Beef & lamb steaks/roasts | 135-160°F | 135°F medium-rare through 160°F well-done — a preference range, not a safety floor |
| Ground beef, pork, or lamb | 160°F | Grinding spreads surface bacteria through the meat, which is why ground meat has a single fixed target instead of a doneness range |
| Pork chops, roasts, loin | 145°F | Lowered from 160°F by USDA in 2011 — still the most commonly missed update |
| Fish | 145°F | Flakes easily with a fork at this point |
| Shrimp, lobster, crab | — | Judged by opacity (pearly white/opaque) rather than a thermometer reading — too small and quick-cooking for a probe to be practical |
Cook Times, by Protein
Every protein has its own weight- and thickness-based table, so rather than duplicate them all here, this is the index — each links straight to the exact chart:
- Chicken Breast — by thickness, oven/stovetop/air fryer
- Chicken Thighs — bone-in and boneless
- Turkey Breast — by weight, bone-in or boneless
- Steak — by thickness and doneness level
- Ground Beef — stovetop, oven, air fryer
- Pork Chops — by thickness and method
- Lamb Chops — by cut and doneness
- Bacon — by method and thickness
- Salmon — oven, pan, air fryer, poached
- Shrimp — by method and size
For anything not on this list, or to work from weight directly instead of scanning a table, the calculator covers chicken, beef, pork, lamb, and vegetables by weight, cut, and method — see How to Calculate Cooking Time for the underlying formula and why time estimates alone aren't a substitute for checking temperature.
Doneness Problems That Show Up Across Every Protein
Dry meat despite the "right" temperature. The rest is not optional — carryover cooking continues raising the internal temperature 3-5°F after the heat source is removed, and cutting in immediately releases juices that would otherwise redistribute back through the meat. This applies to everything from a steak to a whole turkey breast, and it's the single most common cause of "I followed the chart and it was still dry."
Confusing a well-done target with a lean cut. Chicken breast, pork loin, and shrimp are all low-fat, fast-cooking proteins that dry out quickly once past their target — there's very little margin for error compared to a fattier cut like chicken thighs or a pork shoulder, which stay moist well past their minimum safe temperature. If a lean cut keeps coming out dry, the fix is usually pulling it a few degrees earlier and letting carryover finish the job, not cooking it longer.
Trusting color over a thermometer. Color is affected by cut, cooking method, and even the age of the animal — pink meat can be fully safe (many smoked or cured products stay pink) and pale meat can still be underdone in the center. A thermometer in the thickest part is the only check that matches what the USDA temperatures above are actually measuring.
Frozen starts throwing off both time and temperature. Cooking from frozen roughly doubles the time needed and makes the outside finish well before the center reaches a safe temperature if the heat is too high — see Raw to Cooked Weight for how previously frozen meat also loses slightly more moisture during cooking than fresh.
Every Related Tool and Guide, in One List
- Cooking Time Calculator
- Meat Temperature Guide
- Raw to Cooked Weight Converter
- Safe Internal Meat Temperatures: Complete Guide
- Meat Cooking Temperatures Explained
- How to Calculate Cooking Time for Meat
Frequently Asked Questions
Which tool should I use — Cooking Time Calculator, Meat Temperature Guide, or Raw to Cooked Weight Converter?
Use the Cooking Time Calculator to estimate how long something needs based on weight and cut. Use the Meat Temperature Guide to confirm the safe internal temperature. Use Raw to Cooked Weight when you need portion weight before or after cooking, for nutrition tracking or shopping.
Why is meat still dry or tough even when I hit the right internal temperature?
Usually a skipped rest — carryover cooking and juice redistribution both happen after the meat leaves the heat. The second most common cause is applying a well-done mindset to a lean cut like chicken breast or pork loin, which dries out fast past its target unlike a fattier cut.
Is a color check ever a reliable substitute for a thermometer?
No. Color depends on the cut, method, and even the animal's age, so it can mislead in both directions. A thermometer reading the thickest part is the only reliable check.