mohrs method
Particles have mass because they are matter, and matter is anything that has mass and takes up space. The wave packet that defines the particle is of such high frequency that its energy has a gravitational vector.
Yes, the temperature of the water can affect the density of the ketchup packet. When the water is cold, the ketchup inside the packet may become more viscous and slightly denser. Conversely, in warm water, the ketchup may become less viscous and slightly less dense.
For small quantities of mass, such as in a packet of chips, grams (g) are typically used as the standard unit of measurement. For even smaller quantities, milligrams (mg) may be used. These units provide precise measurements suitable for packaging and nutritional labeling.
An object that has a mass of 10 grams could be a small item such as a packet of sugar, a paperclip, or a slice of bread. The mass measurement indicates the amount of matter in the object, which can be useful for various applications, including cooking and scientific experiments.
Mass extinction
9.6
the mass of a crisp is 110 kg
The mass of a packet of Jell-O Tots can vary depending on the packaging and brand, but a typical packet usually weighs around 3 to 5 ounces (85 to 142 grams). It's best to check the specific product label for the exact mass.
pr = packet of ricepb = packet of barley1pr + 1pb = 77.7 2pr +3 pb = 182.741pr = 77.7 - 1pb1pr = (182.74 - 3pb)/277.7 - 1pb = (182.74 - 3pb)/22(77.7 - 1 pb) = 182.74 - 3pb155.4 - 2 pb = 182.74 - 3pb155.4 = 182.74 - pb-27.34 = -pbpb = 27.341pr + 27.34 = 77.71 packet of rice = 50.36 kg
To determine the energy value of a potato crisp, you could conduct a calorimetry experiment. First, weigh a known mass of crisps and place them in a calorimeter. Ignite the crisps and measure the rise in water temperature caused by the combustion. Using the formula for energy (calories = mass of water × specific heat × temperature change), calculate the energy value based on the temperature increase and the mass of the crisps consumed.
Different manufacturer's marshmallows will be of different mass so there is no simple answer. If you want the answer you will have to do some work:Get an unopened packet of marshmallows. The net mass should be given on the packet. Suppose that is g grams. Next open the packet and count the number of marshmallows in the packet. Suppose that number is n.Then the mass of each marshmallow, on average, is g/n grams.Having done ALL that hard work, you deserve a marshmallow - or two!
To find the mass of one fish finger, divide the total mass of the packet by the number of fish fingers. So, 800 grams divided by 40 fish fingers equals 20 grams. Therefore, the mass of one fish finger is 20 grams.
The packet weighs 800 g and is therefore 200 g short of 1kg. The number of fishfingers is irrelevant in your question.
I would use ounces or grams
Particles have mass because they are matter, and matter is anything that has mass and takes up space. The wave packet that defines the particle is of such high frequency that its energy has a gravitational vector.
Yes, the temperature of the water can affect the density of the ketchup packet. When the water is cold, the ketchup inside the packet may become more viscous and slightly denser. Conversely, in warm water, the ketchup may become less viscous and slightly less dense.
For small quantities of mass, such as in a packet of chips, grams (g) are typically used as the standard unit of measurement. For even smaller quantities, milligrams (mg) may be used. These units provide precise measurements suitable for packaging and nutritional labeling.